Live QTT test and observation map
Observatory
A live ledger of QTT observations, sigma pulls, prediction protocols, internal audits, structural anchors, failed routes, book-page anchors, DOI records, and the corpus-ranked 100-item scorecard.
Scientific reading rule
A sigma entry means the book or named workpack prints a comparison pull. Shared upstream rails are printed so correlated rows are not counted as independent miracles.
Detailed records
83
Ranked anchors
100
Direct scorecard routes
93
Observed cards
18
Prediction cards
36
Failures kept
2
Scope note
This page is an observation map, not a promotional scoreboard. Rows are separated into observed pulls, internal/no-retune audits, structural anchors, predictions, and negative audit records. Enumeration cards and sensitivity notes make the trials-factor and error-bar status explicit. The ranked 100-item scorecard below confirms coverage of the corpus scorecard without turning every compact item into a detailed green card. Concept DOI remains the visible citation target everywhere; the latest concept-family version speaks.
Observed pulls
Public comparator exists and the book/workpack reports a pull, corridor, or pattern statement.
Internal/no-retune
The frozen rule, covariance, or pipeline is the main audited object.
Structural anchors
Theorem, guardrail, or ontology row with empirical context but no standalone σ value.
Prediction/CLEAR
Locked future-facing test; no green label until the declared data class exists.
Audit/erratum
Negative or failed-route record preserved as part of the scientific ledger.
Reader Route
For a Skeptical Physicist
Start with the cleanest single number, then inspect dependency rails, then read the preserved failure records. The page is intentionally navigable in that order.
Instrument Panel
Pulls, Classes, and Kept Failures
The Observatory is scanned like an instrument: numeric pull distribution on one side, record classes on the other, with failures kept as part of the visible apparatus.
σ-pull histogram
15 of 26 printed numeric cards sit under 0.5σ
The histogram uses 56 printed pull entries, counting multi-entry rows such as quarks, mesons, QCD, and toponium as visible sub-pulls. The ≥1σ tail is annotated rather than hidden: Artian's Neutrino Ratio-Line Preregistration, Artian's HVP Source-Access Reference Framework, Renewal Ledger Dark-Matter Branch, Quark Family-Rank Source Sheets. The separate red failure ledger remains visible beside the flagship card.
0-0.1
17
0.1-0.25
11
0.25-0.5
11
0.5-1.0
6
>1.0
11
Record-class ledger
Status Is Never Color Alone
Every class is printed as dot, label, count, and sentence. The red class is deliberately present: failure discipline is part of the instrument.
OBSERVED-PULL GREEN
Empirical compatibility cards with a named comparator and pull
18
AUDIT
No-retune/internal audits
16
ANCHOR
Structural anchors
11
PREDICTION
Locked future-facing tests
36
FALSIFIED
Failures and errata kept
2
Coverage
Ranked Scorecard Coverage
The full 100-item corpus-ranked scorecard now has permanent Observatory anchors. Direct links point into detailed cards when those records already exist; broader rows stay compact and route to the Corpus Tree/book source.
Ranked anchors
100
Direct row routes
93
Tier S/A
6 + 10
Tier P
40
Tier B/C
20 + 24
Coverage rule
This section confirms the full 100-item ranked scorecard is represented inside the Observatory. A compact scorecard anchor is not automatically a green detailed card: when a full Observatory record exists, the row links to it; otherwise the card preserves the ranked claim and routes the reader to the Corpus Tree/book source for reconstruction.
Tier S
Rewrite-textbook bets
#001Tier S
Vacuum capacity / Λ ρΛ=(3/8·π)(HΛ tP)2 ρP
5.3 vs 5.4x10−10 J/m3, <1 σ, 0 params
Attacks the 10122 fine-tuning from one geometric primitive
Cosmology detailed row →Anchor: score-001
#002Tier S
Neutrino ratio Δ m231/Δ m221=4·π2 cos2(π/8)=33.697
NuFIT 33.55±0.89, 0.16 σ
First geometric mass ratio the SM cannot predict
Neutrino detailed row →Anchor: score-002
#003Tier S
Hubble tension =sec(π/8)=1.0824
73.04/67.4=1.0831, 0.1 σ
Tension as a clock effect; same constant as the neutrino ratio
Hubble branch row →Anchor: score-003
#004Tier S
Coasting H(z)t(z)=1, q0=0
χ2=14.6 (0 par) vs LambdaCDM 32.2 (2 par), Δ BIC about 21
Removes dark energy as a substance
Coasting clock row →Anchor: score-004
#005Tier S
Gas-only cluster lensing, one mass sheet
s about 0.99±0.02; needs replication
Would kill cluster dark matter where MOND fails
Cluster-lensing row →Anchor: score-005
#006Tier S
Strong-CP θbar identically 0 from A7
about 10−61 vs nEDM <1.8x10−26
Removes the axion's motivation
QCD source row →Anchor: score-006
Tier A
Paradigm-shift rows
#007Tier A
π/8 = T-gate overlap = CHSH optimum
exact identity
Ties quantum information to cosmology
rho/pi-eight row →Anchor: score-007
#008Tier A
MOND knee a0=cH(z)/2·π, (1+z)
MUSE-DARK III β about 0.99±0.04
One observable splits QTT from MOND and LambdaCDM
a0 redshift prediction →Anchor: score-008
#009Tier A
RAR/BTFR zero-parameter
SPARC rms about 0.13 dex
Derives MOND's a0 from H0
Galaxy-renewal row →Anchor: score-009
#010Tier A
Merging-cluster mass-galaxy alignment
reproduces Bullet; needs replication
Structural answer to "dark matter is real"
Cluster-lensing row →Anchor: score-010
#011Tier A
Spin-1/2 from dyadic SU(2) holonomy
4·π periodicity, Stern-Gerlach
Derives spin instead of postulating it
Holonomy row →Anchor: score-011
#012Tier A
Cosmic age T0 cos(7·π/48)=13.81 Gyr
Planck 13.797±0.023, 0.6 σ
Headline age from three structural inputs
Time/cosmic-age row →Anchor: score-012
#013Tier A
A6 hard coherence-capacity wall
Global physical postulate; finite state-space consequences proved; observation open
BGamma>1 excludes joint coherent states. Local-to-global derivation requires complete branchwise funding; separate address budgets do not falsify the postulate
A6 hard-wall witness →Anchor: score-013
#014Tier A
Singularity-free unitary black holes
GR recovered for r much larger than ltilde
Resolves the information paradox
A2 gravity row →Anchor: score-014
#015Tier A
α from one stiffness κ
single-kernel holds; κ open
If κ is computed, α is geometry
alpha door row →Anchor: score-015
#016Tier A
Single-kernel QED universality
χ2/dof about 0.58, pulls <0.5 σ
One kernel: aμ, HFS, Lamb, no retune
QED no-retune row →Anchor: score-016
Tier P
Precision-metrology rows
#017Tier P
α−1=137.035999166
CODATA 137.035999177
Eight-figure match, no fit
alpha door row →Anchor: score-017
#018Tier P
Electron ae=1.159652180592x10−3
exp …180(13)x10−3
About twelve-digit agreement
electron g-2 row →Anchor: score-018
#019Tier P
Rydberg Rinf=10,973,731.568157
-0.0135 σ
Spectroscopy ruler from access map
Rydberg row →Anchor: score-019
#020Tier P
mp/me=1836.15267343
CODATA match
Pure dimensionless, no SM origin
baryon window row →Anchor: score-020
#021Tier P
W mass 80.3696 GeV
PDG about 80.37
EW scale from weak-mixing stiffness
electroweak/Higgs row →Anchor: score-021
#022Tier P
Z mass 91.1881 GeV
PDG 91.1876
Companion EW lock
electroweak/Higgs row →Anchor: score-022
#023Tier P
sin2 θWeff=0.231534
PDG 0.23155
Runs from birth value 3/8
electroweak/Higgs row →Anchor: score-023
#024Tier P
Higgs 125.204 GeV
125.20±0.11, about 0.04 σ
Higgs mass as modular subcharge
electroweak/Higgs row →Anchor: score-024
#025Tier P
Top mbar(mt)=162.50 GeV
+0.0098 σ
Zero-depth fermion anchor
top/toponium row →Anchor: score-025
#026Tier P
Higgs/Fermi G-face
+0.009 σ
EM-independent G cross-check
six-face G row →Anchor: score-026
#027Tier P
αs(mZ)=0.118052
PDG 0.1179±0.0009, about 0.2 σ
QCD coupling from NICK kernel
QCD source row →Anchor: score-027
#028Tier P
Proton mass 938.272089 MeV
ppm CODATA
Baryon from color-singlet window
baryon window row →Anchor: score-028
#029Tier P
Neutron mass 939.565422 MeV
ppm CODATA
Companion baryon lock
baryon window row →Anchor: score-029
#030Tier P
H 21-cm HFS 1420.405752 MHz
+0.0807 Hz
The astrophysics workhorse line
hyperfine row →Anchor: score-030
#031Tier P
Muonium HFS
+0.37 σ
Structure-free QED clock
hyperfine row →Anchor: score-031
#032Tier P
Baryon-to-photon η=6.105x10−10
6.115±0.038, -0.26 σ
Matter asymmetry from B-L access
baryon invariant row →Anchor: score-032
#033Tier P
Cabibbo θC=13.0007 deg
PDG about 13.04 deg
Mixing from path-ordered CKM
CKM row →Anchor: score-033
#034Tier P
Jarlskog J=3.16x10−5
(3.08±0.15)x10−5
CP invariant predicted
CKM row →Anchor: score-034
#035Tier P
CKM Vus,Vcb,Vub
PDG ranges
Full mixing matrix from geometry
CKM row →Anchor: score-035
#036Tier P
Koide K=2/3
exp 0.666661
Lepton coincidence as capacity cone
charged-lepton row →Anchor: score-036
#037Tier P
Lepton masses (e, μ, τ)
CODATA on cone
Three masses, one rotor
charged-lepton row →Anchor: score-037
#038Tier P
u/d/s = 2.16/4.70/93.8 MeV
PDG
Quark masses from MARIAM torsion
quark-mass row →Anchor: score-038
#039Tier P
c/b = 1.272/4.179 GeV
PDG
Threshold closure, no fit
quark-mass row →Anchor: score-039
#040Tier P
Toponium σpp(13TeV)=8.475 pb
LHC
No empirical PDF input
toponium row →Anchor: score-040
#041Tier P
ρ/ω/phi = 775/782.7/1019 MeV
PDG
Vectors from chiral capacity rails
QCD downstream row →Anchor: score-041
#042Tier P
K+/π+- = 493.68/139.57 MeV
PDG
Pseudoscalar compression rails
pseudoscalar row →Anchor: score-042
#043Tier P
η/η' = 547.86/957.79 MeV
PDG
U(1)A states from anomaly rail
pseudoscalar row →Anchor: score-043
#044Tier P
Scalar glueball 0++=1.731 GeV
lattice about 1.7
Falsifiable unconfirmed state
glueball row →Anchor: score-044
#045Tier P
Glueballs 2++/0-+ = 2.400/2.583 GeV
lattice
Full glueball spectrum
glueball row →Anchor: score-045
#046Tier P
Stefan-Boltzmann 5.670374x10−8
CODATA
Radiation law as throughput theorem
thermal/QED row →Anchor: score-046
#047Tier P
Boltzmann finite-reservoir theorem
exact marginal; canonical-limit error bound; kB exact by SI convention
Conditional QTT support theorem with local-alphabet and equiprobability premises kept open
thermal/QED row →Anchor: score-047
#048Tier P
Wien x·=2.8214, y·=4.9651
standard
Blackbody peaks, parameter-free
thermal/QED row →Anchor: score-048
#049Tier P
mu0, epsilon0, Z0
CODATA
All EM constants from one κ
EM constants row →Anchor: score-049
#050Tier P
Faraday 96485.33 C/mol
CODATA
Molar charge from dial winding
Faraday row →Anchor: score-050
#051Tier P
sin2 θ12=0.3069
NuFIT
Solar angle as PMNS face
PMNS row →Anchor: score-051
#052Tier P
sin2 θ13=0.02226
NuFIT
Reactor angle predicted
PMNS row →Anchor: score-052
#053Tier P
HVP v50 BaBar publication-level execution
zaμ=+1.361/-0.594; χ2shape=57,765.6 or 85,030.3 for 139 dof
Scalar/shape split leaves method green and frozen lineshape red
HVP row →Anchor: score-053
#054Tier P
HVP row-lift audit across KLOE/BESIII/CMD-3/BaBar
about 8.30-11.07% lift above strict minimal
Lab access-height disagreement made explicit
HVP row →Anchor: score-054
#055Tier P
HVP source-access shape grammar
packet/camera/covariance gates green; present BaBar-resolved source lineshape red
Source/access test of g-2 rather than source retuning
HVP row →Anchor: score-055
#056Tier P
Proton charge radius
puzzle resolved
Muonic/electronic reconciled by access
spectroscopy/access row →Anchor: score-056
Tier B
Domain tests
#057Tier B
Cosmic dipole (Pantheon+)
>5 σ decline; isotropic LambdaCDM rejected
Anisotropic acceleration; major if real
cosmic-dipole route →Anchor: score-057
#058Tier B
Forward-proton correlations (CEP)
LHC-testable
Collider signature of capacity bounds
collider prediction row →Anchor: score-058
#059Tier B
HOM, independent sources
Y-X collapse
Distinctive QTT optics fingerprint
access timing row →Anchor: score-059
#060Tier B
No superluminal tunneling
delays bounded by c
Caps a foundational dispute
wave-shadow row →Anchor: score-060
#061Tier B
Spin-damping ηLLG
materials-independent
New condensed-matter universality
spin/magneto-optic route →Anchor: score-061
#062Tier B
Faraday integer holonomy
plateau confirmed (TGG)
Quantized magneto-optics
Faraday holonomy row →Anchor: score-062
#063Tier B
Edge-enhanced convergence
edge lensing boost
Specific testable lensing signal
lensing renewal row →Anchor: score-063
#064Tier B
Einstein-ring fine structure
beyond Kerr/Schwarzschild
Strong-lensing discriminator
strong-lensing route →Anchor: score-064
#065Tier B
Lensing-dynamics split inside rE
masses diverge
Separates the two mass probes
lensing-dynamics route →Anchor: score-065
#066Tier B
Faraday/inverse-Faraday reciprocity
predicted relation
Magneto-optic consistency
Faraday reciprocity row →Anchor: score-066
#067Tier B
High-Z Lamb shift (Z>4)
single kernel holds
QED universality at high field
QED no-retune row →Anchor: score-067
#068Tier B
Muon g-2
same K(ω) as e
Bears on the live aμ anomaly
muon/HVP row →Anchor: score-068
#069Tier B
Van Vleck caustic prefactor
diffraction anomaly
Capacity in matter-wave caustics
caustic/access route →Anchor: score-069
#070Tier B
Spin-torque dispersion (no fit)
predicted law
Parameter-free spintronics
spin/magneto-optic route →Anchor: score-070
#071Tier B
Two-path + record channel
predicted decoherence
Foundational which-path test
record-channel row →Anchor: score-071
#072Tier B
SmB6 dHvA access ratio
Kondo-insulator ratio
Exotic-material signature
Corpus Tree / book route →Anchor: score-072
#073Tier B
Sodium elemental analysis
ambient prediction
Condensed-matter consistency
Corpus Tree / book route →Anchor: score-073
#074Tier B
PEP/VIP-2 X-rays in Cu
Pauli holds
Confirms a key symmetry
Corpus Tree / book route →Anchor: score-074
#075Tier B
Capacity-seesaw ν mass scale
bounded constraint
Links absolute scale to capacity
neutrino scale route →Anchor: score-075
#076Tier B
ISW / creation drift (Test F)
CMB cross-check
LSS consistency
creation-drift row →Anchor: score-076
Tier C
Corroborative/internal rows
#077Tier C
G(t) vs length-of-day
disputed 5.9-year signal
Corroborative lab-G
G-branch row →Anchor: score-077
#078Tier C
Johnson-Nyquist + conductance
universal product
Noise-heat triad
noise/thermal QED row →Anchor: score-078
#079Tier C
Two-bin dynamic lapse
supports H0 story
Cosmology corroboration
two-bin lapse route →Anchor: score-079
#080Tier C
Stellar chronometer tilt
supports cosmic age
Independent age check
chronometer row →Anchor: score-080
#081Tier C
Single-kernel cross-window (SKC)
internal QED
Kernel self-consistency
single-kernel row →Anchor: score-081
#082Tier C
QED convexity and windows
internal QED
Validates kernel build
QED window row →Anchor: score-082
#083Tier C
UV self-energy bound
capacity ceiling holds
No Landau pole
finite-capacity route →Anchor: score-083
#084Tier C
Sector-scope gatekeeper
selection-rule check
Guards over-fitting
boundary/gatekeeper row →Anchor: score-084
#085Tier C
Pattern 201 vs alt β
structural choice
Justifies the structure
Corpus Tree / book route →Anchor: score-085
#086Tier C
Reset-loop revival
predicted revival
Coherence test
reset-loop route →Anchor: score-086
#087Tier C
Holonomy / loop-phase
internal consistency
Holonomy bookkeeping
holonomy row →Anchor: score-087
#088Tier C
H+D Lamb shift spectra
precision spectroscopy
Broad consistency
spectroscopy/QED row →Anchor: score-088
#089Tier C
Bar pattern speeds
dynamics test
Discriminates models
galaxy dynamics route →Anchor: score-089
#090Tier C
Quantum time-transfer
timing tests
Tests two-clock map
time-transfer row →Anchor: score-090
#091Tier C
Intraband weight Aacc
spectroscopy
Access-weight consistency
Corpus Tree / book route →Anchor: score-091
#092Tier C
Isotropic regulator (DR-001)
regulated QFT
Continuum consistency
regulator/QED route →Anchor: score-092
#093Tier C
Meta-analysis / bias audit
methodology
Keeps scorecard honest
audit route →Anchor: score-093
#094Tier C
Test E
internal
Framework self-check
photon stress route →Anchor: score-094
#095Tier C
Test C variants
internal QED
Robustness
QED robustness route →Anchor: score-095
#096Tier C
Ω/Xi/Σ baryon windows
green labels
Hyperon access consistency
hyperon windows row →Anchor: score-096
#097Tier C
Onsager-Casimir reciprocity
predicted
Transport-symmetry check
reciprocity/holonomy route →Anchor: score-097
#098Tier C
FDT from address count
detailed balance
Derives FDT from counting
time/thermal route →Anchor: score-098
#099Tier C
O2 paramagnetism / radicals
NO, NO2, ClO2 match
Chemistry existence from A7/A6
Corpus Tree / book route →Anchor: score-099
#100Tier C
Gold color / Hg liquidity
relativistic match
Everyday relativistic chemistry
Corpus Tree / book route →Anchor: score-100
Record Anatomy
One Clean Row, Two Kept Failures
N1 is expanded as the template card: standard-language line, target, comparator, result, upstream rails, DOI, book anchor, falsifier, and gates. The two red cards beside it are not hidden footnotes.
Observed PullsAMBER source construction / conditional ratio line frozen / E4 JUNO holdout sealed
max |z| 2.24Artian's Neutrino Ratio-Line Preregistration
Scope correction · 31 July 2026
The ratio identity is conditional; its finite source construction remains open.
Once the nonzero source vector (0, 1, ρ) is supplied, Δm231 / Δm221 = ρ2 follows exactly. The audit closes a necessary correction: common completed-bundle and A1 factors cancel, so they cannot by themselves supply a relative ρ.
A finite asymmetric branch pair and a finite certificate for the five-fold neutral completion remain amber gates. The frozen JUNO target remains a separate observational test of the conditional line.
Read the A1 neutral-branch audit · 10.5281/zenodo.21721466The sealed numerical target is the scale-free conditional line Δ m231 / Δ m221 = ρν2 = π2·(2+√(2)) = 33.69693720145647… . The 31 July audit confirms this algebra only after the nonzero source vector is supplied; it does not yet certify the finite source event that makes ρ survive as a relative factor. The target remains frozen before the next qualifying JUNO release and is tested by profiling one common mass-squared scale, not by fitting the ratio to the laboratory gaps.
In standard language
The QTT conditional identity is Δ m231 / Δ m221 = π2·(2+√(2)) once the nonzero source vector is supplied. A common source-to-laboratory scale cancels from this ratio exactly; common completed-bundle and A1 factors do as well. The primary test profiles the common scale and judges only the frozen slope. The stronger fixed absolute point remains a separate nested test.
Theory-side sensitivity
No absolute ruler or universal multiplicative readout factor enters the ratio. The verdict is sensitive to the atmospheric-gap convention, the published joint likelihood/covariance, and any genuinely flavor-nonuniversal transport. The latter is absent from this seal and may not be invented after the result.
QTT archived
2026-07-16 under concept DOI 10.5281/zenodo.21394536
Comparator released
Pre-seal context: NuFIT 6.1 public normal-ordering profiles and JUNO's first 59.1-day solar-parameter result. Holdout: first materially expanded post-deposit JUNO solar release (Stage S) and first qualifying post-deposit joint solar-atmospheric likelihood/covariance (Stage J).
Upstream rails
ρνcos(π/8)universal transport cancellationprofiled common scalesealed JUNO Stage S/Jabsolute LIA point
Sector
Neutrino / LIA family-rank
Concept under test
Once the nonzero source vector is supplied, universal source-to-laboratory transport multiplies both mass-squared gaps by the same Zν2 and therefore cancels exactly from their ratio. Common completed-bundle and A1 factors cancel as well, so the finite asymmetric source event and five-fold neutral completion remain open construction gates. The fixed absolute LIA point is a stronger nested hypothesis and is reported separately; a flavor-nonuniversal transport is not part of this seal and cannot be introduced after seeing the residual.
Observable / dataset
Current NuFIT 6.1 normal-ordering profiles give Δ χ2 = 0.187708 and 0.387921 on the frozen ratio line. The first JUNO solar-coordinate result separately places the fixed source value Δ m221=7.231516396661×10−5 eV2 under +2.237363 σ strain. Stage J waits for the first post-deposit JUNO joint solar-atmospheric likelihood or covariance sufficient to test the line.
QTT target
ρν=2·π·cos(π/8); Δ m231 / Δ m221 = ρν2 = 4·π2·cos2(π/8) = 33.69693720145647…
Result / sigma
AMBER finite source construction / current ratio-line compatibility: qρ=0.187708 / 0.387921 on the two public NuFIT 6.1 normal-ordering variants. E4 SEALED: qρ≥9 is the preregistered one-degree-of-freedom falsifier and qρ≥25 is the separate decisive threshold. AUDIT/YELLOW absolute point: first JUNO solar-coordinate pull +2.237363 σ; no joint covariance means no joint verdict.
Book anchor
QTT Main Book v10.01, pp. 1195-1196 and compact ledger p. 1252; sealed JUNO preregistration concept DOI 10.5281/zenodo.21394536; neutrino family-rank derivation concept DOI 10.5281/zenodo.20571452; neutral-branch audit concept DOI 10.5281/zenodo.21721466.
Source links
Next check / falsifier
Execute Stage S on the first materially expanded post-deposit JUNO solar-gap release. Execute Stage J only when a post-deposit JUNO joint solar-atmospheric likelihood, profile, or covariance is sufficient to test the frozen ratio line. Keep every source digit and threshold fixed; missing dependence information gives no joint verdict.
Pull history
The source derivation remains in concept DOI 10.5281/zenodo.20571452; the neutral-branch correction audit is concept DOI 10.5281/zenodo.21721466. Concept DOI 10.5281/zenodo.21394536 seals the exact ratio digits, absolute point, release qualifiers, likelihood statistic, no-retune firewall, and future consequence ledger before the qualifying JUNO holdout releases.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-07-16 under concept DOI 10.5281/zenodo.21394536
Reproduce / audit note
Recompute the frozen constant as π2·(2+√(2)). Under any universal transport milab=Zν·misrc, both gaps acquire the same factor Zν2 and their ratio remains exactly unchanged. Profile one positive common scale along the line (a,ρν2·a) in the released joint likelihood; do not set a missing correlation to zero and do not use observed gaps to rewrite ρν.
Falsification and Erratanegative audit
failure recordH1 Out-of-Sample Lensing Failure
The H1 record is kept visible because a serious observation map must show failed tests as first-class records.
In standard language
This is a preserved failed out-of-sample lensing route. Its job is provenance and falsifiability, not rescue.
Theory-side sensitivity
Sensitivity is historical: the record documents what failed or was corrected, not a live fitted rescue.
QTT archived
2026-05-09 under concept DOI 10.5281/zenodo.20095338
Comparator released
Failure record published 2026-05-09.
Upstream rails
prediction firewallMACS J0025El Gordo
Sector
Lensing / negative audit
Concept under test
Falsifiability of the QTT cluster-lensing program.
Observable / dataset
MACS J0025 and El Gordo out-of-sample cluster-lensing tests.
QTT target
Prediction maps built before observed κ/γ residual verdicts.
Result / sigma
Failure confirmed and preserved as an audit record, not reworded into a theorem.
Book anchor
QTT Main Book v10.01, compact ledger p. 1253; public H1 DOI record carries the failure audit.
Source links
Concept 10.5281/zenodo.20095338
Next check / falsifier
Future cluster tests should preserve the same prediction-before-residual firewall.
Enumeration card
Legal space
Not a discovery enumeration; this is a preserved failed route or negative audit.
Gates
Failure/erratum status stays visible and cannot be upgraded by prose.
Survivors
No theorem survivor claimed.
Timestamp
2026-05-09 under concept DOI 10.5281/zenodo.20095338
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Falsification and Errataerratum / failed route
failed routeEquation 601 Failed-Route Audit
Equation 601 remains on the Observatory so the corpus does not hide its discarded paths.
In standard language
This is a failed equation route kept in the public ledger. It should be cited as an erratum/audit object only.
Theory-side sensitivity
Sensitivity is historical: the record documents what failed or was corrected, not a live fitted rescue.
QTT archived
2026-05-02 under concept DOI 10.5281/zenodo.19982606
Comparator released
Failed-route report published 2026-05-02.
Upstream rails
erratumfailed routeaudit discipline
Sector
Errata / failed route
Concept under test
Erratum discipline: a failed equation route is not a theorem.
Observable / dataset
Published error/failed report.
QTT target
Keep visibly listed as audit/erratum, not as a claimed result.
Result / sigma
Failed route retained in the compact corpus ledger.
Book anchor
QTT Main Book v10.01, compact ledger p. 1253.
Source links
Concept 10.5281/zenodo.19982606
Next check / falsifier
Any future text citing the route must cite it as failed/audit only.
Enumeration card
Legal space
Not a discovery enumeration; this is a preserved failed route or negative audit.
Gates
Failure/erratum status stays visible and cannot be upgraded by prose.
Survivors
No theorem survivor claimed.
Timestamp
2026-05-02 under concept DOI 10.5281/zenodo.19982606
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Dependency Map
Upstream Rails Are Printed
The map makes correlation visible. Rows sharing ρ, Lambda3, α-edge, ABC/WV, or access-window rails are not presented as independent confirmations.
ρ / cos(π/8)
3 linked records
Lambda3 / QCD
6 linked records
α edge / QED
5 linked records
access windows
3 linked records
Category System
Observation Categories
The Observatory follows the book's status discipline: green only when the comparison class is declared, prediction when the data class is still future-facing, and audit when the route is negative or failed.
Observed Pulls
18Rows with public comparators and a printed pull, corridor, or observed-pattern statement. Structural anchors without numeric pulls are kept out of this class.
No-Retune and Internal Audits
16Rows whose key point is a frozen readout, pipeline, or covariance audit rather than a new fitted parameter.
Structural Anchors
11Theorems, guardrails, and ontology anchors with empirical context but no clean standalone σ value yet.
Predictions and CLEAR Tests
36Locked future-facing tests. These do not receive green status until the declared data class exists.
Falsification and Errata
2Negative tests, failed routes, and guardrails kept visible as part of the corpus discipline.
Quick Scan
Sigma Ledger
Compact pull table for records that already carry an explicit pull, corridor, or printed observation comparator. Detailed context remains in the cards below.
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No experimental σ. Reproducible mathematical constructions.
Retrospective audit of the 2022 GRB221009A observation and its published event/response products; no exclusive detection, empirical σ or preregistered validation is assigned.
Book pages
V1.4, 38 pages. 3D headline p.1; source headlines p.2; abstract/source/transfer equation pp.3-4; source/record pp.5-7; interference/closure pp.7-9; wave/exponential pp.9-11; local-history and obstruction pp.12-15; 3D contact pp.16-19; admitted response pp.20-21; radiative matching pp.21-22; laboratory ledger pp.22-24; new source-to-detector and identifiability theorems pp.24-27; receiver harmonic transfer pp.27-28; retrospective archive reach pp.28-31; EM/A2 pp.31-33; comparison/replay/conclusion pp.33-36.
Record
Artian Constitutive Mechanics: stiffness, damping and noise from one packetPredictions and CLEAR Tests
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No empirical σ. Frozen design calculation and mathematical checks only.
Known public ion experiments preceded this development; no qualified two-electron pair comparator is reported.
Book pages
V2.0, 43 pages. All V1 technical material retained. Sections 19-20: voltage ladder and cross-response lock; 21: relaxed frequency susceptibility; 22-23: four joint-coherence encodings and transition correction; 24-25: archive eligibility and both deposited tests. The finite-guard pure phase ratio is 0.1336657050. Complete experimental pair tests remain pending.
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No experimental σ; synthetic recovery is software verification.
Prospective complete pair acquisition pending. Existing public ion archives support readout development but do not supply the full protocol.
Book pages
Companion test protocol v1.0, nine pages; full proofs in Artian Constitutive Mechanics v2.0.
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No experimental σ: the above-wall witness has not been executed.
No mass-certified above-wall dataset is scored. Standard GHZ witness mathematics is used with attribution; earlier hard-mass proposals are compared in the paper.
Book pages
Hard-wall paper v1.0, 21 pages; Main Book v10.01 pp. 222-223, A5 pp. 251-252, A6 pp. 253-254 and A7.9 p. 266.
Record
One finite STAR source across species, pairs, triples and fourth orderNo-Retune and Internal Audits
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No held-out QTT result or empirical σ is reported.
Published inclusive STAR rows informed discovery. A custodian-confirmed unread species and higher-order target and independent source/response annex remain pending.
Book pages
Sealed-test v2.0 PDF, 11 pages: STAR measurement recipe p. 1-2; axiom scope p. 3-4; exact hierarchy and species transfer p. 4-6; sensitivity and outcome interpretation p. 6-8; activation and verdict p. 8-10; chronology and references p. 10-11.
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No QTT empirical σ. RMS log discrepancies are descriptive discovery scores.
STAR HEPData 181421, version 1, inspected before construction of the discovery candidate; exact tables and their hashes are preserved in the reconstruction archive. No held-out experimental prediction is claimed for these rows.
Book pages
STAR finite-reservoir manuscript v3.0, 30 pages: axiom cards pp. 1-2; source and memory proofs pp. 5-10; selected-event transfer pp. 11-13; triple/orbit results pp. 14-16; fourth-order transfer pp. 16-18; all-orders response p. 18; support and species tests pp. 19-21; discovery comparison pp. 22-25; interpretation and appendices pp. 26-30.
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No empirical σ. Synthetic model and numerical checks only.
Comparator/source date not yet machine-pinned in the site ledger.
Book pages
Finite-Resource Contacts in Collective Quantum Engines v1.0: exact kernels, local resource balances, sharp interval, coherence correction, error bounds, identification and Otto cycles.
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No empirical σ. Conditional false-rejection budget 5.7330314376×10−7; not a reported discovery.
Future comparator not released yet.
Book pages
Protocol 1.0: contact selection Sections 3-4; frozen controls Section 5; preparation and errors Section 6; simultaneous rejection/equivalence Section 7; comparator burden Section 8; independent sign-off Section 10. Companion theorem v2.0 Sections 13-18 supplies the merged extension.
Record
Completed-event transport: older records improve prediction across two platformsNo-Retune and Internal Audits
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Recurrence accuracy gain: 9.0590 percentage points, not a discovery σ. Ion calibration p=0.08618 and p=0.018875 retained. No QTT-versus-QM significance.
Comparator/source date not yet machine-pinned in the site ledger.
Book pages
Standalone v2.0, 17 pages: introduction and fourth-face box pp. 1-3; source and record-law proofs pp. 4-6; ion calibration and results pp. 6-9; recurrence instrument and results pp. 9-11; matched burden and scientific scope pp. 12-13; calibration-first follow-up pp. 13-14; full ion tables, replay and references pp. 14-17.
Record
One record contact, two uses: Bell overlap and weak-record reconstructionNo-Retune and Internal Audits
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Main nominal p=0.0188753; full six-setting p=0.0442603. No QTT-versus-QM significance.
Comparator/source date not yet machine-pinned in the site ledger.
Book pages
Completed-Event Bell Reconstruction v2.0, 35 pages: marker and detector contact pp. 11-14; finite receiver construction pp. 19-22; common-contact archive execution pp. 23-26; achievements pp. 28-30; reproduction pp. 32-33.
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No complete σ: independently measured geometry covariance is unavailable.
Brown et al., Nature 471, 196-199 (2011), doi:10.1038/nature09721. The published apparatus and result summaries were known before this calculation.
Book pages
Public v5.0, 261 pages. Ion reconstruction XX pp. 215-228, joint calibration XXI pp. 229-232 and finite bounds XXII pp. 233-237 retain their results. Preparation transport XXIII pp. 238-241, capacity-phase distance XXIV pp. 242-244 and effective Coulomb/action certificates XXV pp. 245-249 qualify the experimental chain. A2 retained-record and closure theorems XXVI pp. 250-253; finite occupation and work-gap classification XXVII pp. 254-257; physical qualification XXVIII pp. 258-261. No observational number changes.
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Matched hydrogen: -0.001278259 conditional σ (2011); -0.001278232 (2013), not combined. CODATA coupling: -0.523927; lifetime: -0.380611 quoted-error units.
CODATA 2022; Chupp, Dotchin and Pegg (1968); Parthey et al. (2011); Matveev et al. (2013). These are retrospective comparisons.
Book pages
Public v5.0, 261 pages. All prior scientific parts and synopsis are preserved. Matched hydrogen XV pp. 165-178; conditional audit XVI pp. 179-180. Finite-source XVII pp. 181-193; work/action selection XVIII pp. 194-207. Source-work/dial-action closure XIX pp. 208-214, microscopic/ion results XX pp. 215-228 and calibration XXI pp. 229-232. Finite qualification XXII pp. 233-237. Preparation, coordinates and effective certificates XXIII-XXV pp. 238-249. Closure, occupation and joint physical qualification XXVI-XXVIII pp. 250-261. Earlier atomic sections remain in XI-XIV.
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no experimental pull; matched QM predicts the same pattern
Future comparator not released yet.
Book pages
Protocol Sections 1-2: six-history source construction; Sections 4-6: independent laboratory capsule and simultaneous count-level decisions; Section 7: matched-QM and fitted-model comparison. The full mathematics is reproduced in the public paper.
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2.237
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The conditional ratio line has profiled Δ χ2=0.187708 / 0.387921 (equivalent one-parameter distances 0.4333 / 0.6228 σ). The finite asymmetric source event and five-fold neutral completion remain open construction gates. The separate fixed absolute point has a +2.237363 σ first-JUNO solar-coordinate pull. These are not independent primary tests and are not combined.
Pre-seal context: NuFIT 6.1 public normal-ordering profiles and JUNO's first 59.1-day solar-parameter result. Holdout: first materially expanded post-deposit JUNO solar release (Stage S) and first qualifying post-deposit joint solar-atmospheric likelihood/covariance (Stage J).
Book pages
QTT Main Book v10.01, pp. 1195-1196 and compact ledger p. 1252; sealed JUNO preregistration concept DOI 10.5281/zenodo.21394536; neutrino family-rank derivation concept DOI 10.5281/zenodo.20571452; neutral-branch audit concept DOI 10.5281/zenodo.21721466.
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0.240
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-0.24 σ
Published Faraday material plateaus; material source dates pending in machine ledger.
Book pages
QTT Main Book v10.01, pp. 1192-1195.
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No numericpulls entry: the conditional average-contrast significance is not a theory-observation residual or covariance-complete source-selection statistic. The observed sign consistency is retained at its stated scope.
KU Leuven RDR version 1.0 released 2026-02-10; associated JACS experiment published in 2025. The archive was inspected on 2026-09-28 before this extended uncertainty execution.
Book pages
Audit v1.0: source theorem and book anchors pp. 2-4; interaction algebra pp. 5-6; numerical covariance and shape pp. 6-9; date-identification theorem pp. 9-10; accounting and falsifiers pp. 11-13. Book v10.01 pp. 48, 80-82, 263-266 and 912-916.
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The printed 25.17 and 14.38 values are quadrature-combined quoted-uncertainty separations under a provisional independent-Gaussian interpretation. The source publications do not provide the full covariance or likelihood needed to call them formal discovery sigmas, so they are not entered in the Observatory σ-pull histogram. Their scientific role is high-separation retrodictive support for the joint A4-A7 dependency chain; the held-out four-cell test carries prospective prediction credit.
Discovery constructors: 2022 3-MCHO/Cu(643) and 2026 bifacial ladder. External historical lock: published heptahelicene opposite-sign comparison. Prospective comparator: a future frozen four-cell molecule-by-surface experiment or a disjoint mirror-transfer dataset.
Book pages
Finite Source-Graph paper v1.3: Log-Gram theorem and gain/serial/defect consequences pp. 10-13; empirical and burden ledgers pp. 16-24; theorem/premise cards pp. 25 and 28-29. QTT Main Book v10.01, A4-A7 anchors pp. 48, 80-82, 263-266, and 912-916.
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no observed σ yet
Future matched CISS length/defect campaign. Ordinary transport comparators and every fitted coupling, contact, dephasing, normalization, branch, and selected window must be declared against the same held-out covariance.
Book pages
Sealed test v1.0: two-tier fork pp. 5-6, structural and current gates pp. 6-9, decision rules pp. 9-11, execution and axiom map pp. 12-13; parent theorem concept DOI 10.5281/zenodo.22084700.
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0.180
Pull detail
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0.18 σ
CMB/BBN physical-density comparator family; source release date pending in machine ledger.
Book pages
QTT Main Book v10.01, pp. 1208-1209 and compact ledger p. 1252.
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0.109
Pull detail
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Creation Ledger consolidation reports the ZAHRA sec(π/8) ratio at about +0.109 σ against the SH0ES/Planck branch ratio; no ΩΛ-versus-Planck σ row is claimed.
CMB/BAO/TRGB/Cepheid H0 ladder comparators; individual release dates pending in machine ledger.
Book pages
QTT Main Book v10.01, pp. 212-213 and 711-715; compact ledger p. 1252; Creation Ledger concept DOI 10.5281/zenodo.20633582.
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no σ yet
Future or reprocessed distance-ladder host-environment split.
Book pages
Creation Ledger concept DOI 10.5281/zenodo.20633582; QTT Main Book v10.01, pp. 711-715.
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No numerical pull is assigned. This is a structural/source theorem: the A1/A7 completed-record row is kept distinct from A2 support and A3 source volume; v5.2 closes the typed-ledger correction, Quantized Now, the Time Tilt plus Creation Drift age bridge, no-past-rewrite, twin address-path, A2 proper-time metric shadow, weak-field/Schwarzschild clock readouts, quantized Lorentz finite-boost ledger, and retarded address-operator rows. The full A2 IR Einstein-field bridge is tracked separately in obs-a2-einstein-field.
No external comparator date; this row is an internal consistency and future-operator-kernel audit gate.
Book pages
Arrow-of-time concept DOI 10.5281/zenodo.20761499; QTT Main Book v10.01 A1/A7 event-order and persistence anchors, A2/A3 support and creation anchors, entropy, Creation Ledger, and measurement-record anchors.
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No new σ is assigned. The row is a source-to-IR theorem plus a correction-map prediction: standard weak-field GR tests are inherited because the Einstein equation is recovered as the IR shadow; the QTT-specific future measurement is the finite-address count covariance and causal turn-on behavior.
Standard GR weak-field and radiative tests are inherited as IR-shadow checks; finite-address correction measurements remain future/source-access declared.
Book pages
A2 Einstein-field concept DOI 10.5281/zenodo.20763263; QTT Main Book v10.01 A2 endurance, G, proper-time, Einstein-Hilbert, and continuum-shadow anchors.
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No numerical pull is assigned. The record closes the source-side denial of fundamental information loss and the Bekenstein-quarter count without invoking Hawking radiation as a source constructor. Any exterior thermal-looking flux is access phenomenology to be population-tested, not source proof.
No direct black-hole Page-curve comparator is claimed. The Page envelope, optional thermal exterior flux, and species-resolved S-matrix rows remain future access-population tests.
Book pages
Black-hole information concept DOI 10.5281/zenodo.20346916. Related anchors: A7U source concept DOI 10.5281/zenodo.20097247, entropy concept DOI 10.5281/zenodo.20045306, A2 Einstein-field concept DOI 10.5281/zenodo.20763263, Artian time concept DOI 10.5281/zenodo.20761499, and QTT Main Book v10.01 A2/A6/A7, entropy, access, horizon, Page envelope, and finite-core anchors.
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No QTT-specific deviation σ is assigned. The record recovers low-density electromagnetic and gravitational AB phases while declaring a high-load A6 phase-density population as the future discriminator.
Textbook electromagnetic AB and gravitational/proper-time AB experiments are consistency checks; a source-clean high-load AB apparatus remains future.
Book pages
AB holonomy concept DOI 10.5281/zenodo.20772090; A2 field concept DOI 10.5281/zenodo.20763263; Hamiltonian concept DOI 10.5281/zenodo.20484906.
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No σ is assigned. Version 2.0 closes prospective eligibility and verdict governance while apparatus-specific numerical sensitivity, a populated packet, and laboratory execution remain pending.
Future blinded atom-interferometry/source-mass or mesoscopic-source execution after all regime, ordinary-model, artifact, reversal, covariance, power, and chronology gates pass.
Book pages
Blind tabletop concept DOI 10.5281/zenodo.20772326; experimental-verdict governance concept DOI 10.5281/zenodo.21775175; related AB holonomy concept DOI 10.5281/zenodo.20772090; A2 field concept DOI 10.5281/zenodo.20763263.
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No observed σ is assigned. The paper closes an eligibility constructor, not a laboratory observation. It fixes the ordinary and QTT-A1 points only after all sixteen gates, including P16 ordinary-null completeness, pass.
Future qualified platform execution only. Existing Sagnac, Faraday, geometric-holonomy, quantum-clock, and flyby records are downstream platform candidates or capability references; none is promoted by this constructor into an observed A1 result.
Book pages
Physical-terminal concept DOI 10.5281/zenodo.21739215; QTT Main Book v10.01 pp. 48-52, 92, 235-237, 541-542, and 889-894; downstream concept families include quantum clock 10.5281/zenodo.21674815, geometric holonomy 10.5281/zenodo.21673340, flyby handshake 10.5281/zenodo.21674819, and the two-test preregistration 10.5281/zenodo.21376520.
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No observed σ is assigned. The registered alternatives differ by 0.0761204674887133 in R and 0.0791735919101875 in log space. The 73.25-standard-error synthetic separation is a power and software-path certificate under simulated assumptions, not experimental evidence.
Future qualified blinded execution only. Existing first-detection, recurrence, quantum-control, oscillator, and clock-comparison experiments establish carrier or apparatus capabilities; none supplies the sealed terminal graph and reciprocal MRRS packet required for an A1 verdict.
Book pages
MRRS concept DOI 10.5281/zenodo.21703683; Physical Terminal concept DOI 10.5281/zenodo.21739215; A1-CHSH structural-identity concept DOI 10.5281/zenodo.19979594; QTT Main Book v10.01 pp. 158-160, 235-237, 445-449, 541-542, 552-553, and 560-562.
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No observed σ is assigned. Both experiments test the same pair of registered points, separated by 0.0761204674887133, but they are powered, sealed, and judged independently. The 4,000 synthetic classifications and Wilson lower bounds certify the analysis path only; they are not observations and cannot be combined with future data as evidence.
Future blinded execution of Test 1 and Test 2. Existing Sagnac, atom-chip, Faraday-rotation, and polarization-optics results establish instrument capabilities and controls only. They do not populate the registered four-history packets and are not counted as absolute-clock observations.
Book pages
Two-test preregistration concept DOI 10.5281/zenodo.21376520; Folman phase-spine concept DOI 10.5281/zenodo.20123495; Artian time concept DOI 10.5281/zenodo.20761499; radiative Lorentz-stability concept DOI 10.5281/zenodo.21301312; QTT Main Book v10.01 pp. 554-573, 916-920, and 1192-1196.
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No observed σ is assigned. The release fixes a 0.0761204674887133 separation between the ordinary and A1 targets, but its software certificate and historical-record audit are not laboratory evidence. The ordinary Berry phase is intentionally not reclassified as an A1 deviation.
Future qualified same-platform execution only. Bitter-Dubbers neutron and Tomita-Chiao fibre experiments are carrier references, not populated A1 comparators.
Book pages
Geometric-holonomy reference-switch concept DOI 10.5281/zenodo.21673340; QTT Main Book v10.01 pp. 159-172 and 889-892. Historical carrier references: Bitter and Dubbers (1987), Tomita and Chiao (1986), and the modern neutron reanalysis cited in the release package.
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No observed σ is assigned. The registered alternatives differ by 0.0761204674887133, while the packaged synthetic fixtures certify only that the fixed analysis path recovers ordinary and A1-generating packets. Existing quantum-clock experiments do not contain the required four physical τ/T terminal histories.
Future qualified same-clock execution only. Current delocalized-clock and quantum-clock-interferometry literature establishes carrier feasibility, not an A1 terminal-reference observation.
Book pages
Quantum-clock reference-switch concept DOI 10.5281/zenodo.21674815; QTT Main Book v10.01 pp. 47-52, 139-145, 159-172, 892, and 894; related two-test preregistration concept DOI 10.5281/zenodo.21376520.
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No observed σ is assigned. The fixed coefficient alternatives are κA1=0 and 1. Synthetic packets recover their generating values and the package proves that a single ideal central-force flyby with a free inter-link offset is underidentified; neither fact is laboratory or mission evidence.
Future qualified mission or dedicated spacecraft execution only. Historical Anderson-type flyby anomalies and public DSN/radio-science archives lack simultaneous crossed T/τ histories and therefore receive no A1 verdict.
Book pages
Earth-flyby handshake concept DOI 10.5281/zenodo.21674819; QTT Main Book v10.01 pp. 47-52, 159-172, 480-483, 495-498, 892, and 894; Absolute-Clock Laboratory Discriminator Atlas concept DOI 10.5281/zenodo.21428128.
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No numerical pull is assigned because this is a governance theorem. It determines when a registered experiment may issue a theory verdict and how far a qualified failure may propagate.
Methodological comparator: preregistered and machine-verifiable experimental generations. No laboratory central value is used as a constructor.
Book pages
Experimental-verdict governance concept DOI 10.5281/zenodo.21775175; QTT Main Book v10.01 methodology and no-smuggling anchors; downstream A2 successor concept DOI 10.5281/zenodo.20772326 and HVP blind-lock successor concept DOI 10.5281/zenodo.20354458.
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The atlas reports apparatus/comparator indicators rather than one QTT clock pull: NIST 2026 versus BIPM14 is -4.0503 σ; NIST 2026 versus CODATA is -1.0525 σ; the two material-persistent torque-offset rows are nominally +6 and +7 σ. No absolute-clock significance is assigned until a derived waveform survives nuisance projection and transfer.
CODATA 2022, NIST Metrologia 2026, and the dated primary laboratory records listed in the atlas. The dual-clock Sagnac outcome remains future and sealed.
Book pages
Absolute-clock atlas concept DOI 10.5281/zenodo.21428128, especially pp. 6-16 and the falsification atlas; QTT Main Book v10.01 pp. 220-235, 480-498, 486-493, 554-573, 916-920, and 1192-1199.
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No laboratory pull is assigned before a lawful camera exists. The paper closes the complete bounded free packet sector, exact all-tick propagation, and the coefficient-free source residual while isolating laboratory transfer and nonlinear completion as separate targets.
Wave Dynamics v4.1, 2026-10-05, concept DOI 10.5281/zenodo.20723081; source-clean, camera-qualified phase or time-of-flight comparators remain unopened audit gates.
Book pages
Wave-shadow concept DOI 10.5281/zenodo.20723081; QTT Main Book v10.01 A1/A4/A5/A6/A7 source-wave anchors and compact corpus ledger.
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No detection pull is assigned. The transport record gives existing-data consistency rows after apparatus-block profiling; this is not a direct floor observation. Constant visibility loss is removed by Pib and cannot be counted as A7U evidence.
Existing Pedalino sodium-cluster, C70 collisional-decoherence, and C70 thermal-emission records are ordinary-decoherence/apparatus controls. The decisive comparator is a future same-apparatus, multi-mass visibility audit with independent Ab calibration, raw counts, covariance, and a locked nonconstant A7U-G transport shape.
Book pages
A7U molecular visibility concept DOI 10.5281/zenodo.20796924; upstream A7U distributed-bundle source concept DOI 10.5281/zenodo.20097247; QTT Main Book v10.01 A5/A6/A7, Access Law, Born/projection, and matter-wave source-access anchors.
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No pull is assigned because no target-bearing packet has been opened. The source-only feasibility vector is sealed, but it is not the legal physical prediction until the ordinary complex Talbot kernel and every activation object are frozen independently of the target data.
Prospective execution only. The 2025 Pedalino public archive demonstrates platform readiness but does not supply the complete velocity-resolved visibility, covariance, ordinary-kernel, and path-provenance packet needed for retrospective adjudication.
Book pages
Fourth-Face Talbot-Lau preregistration concept DOI 10.5281/zenodo.22010227; A7U molecular visibility concept DOI 10.5281/zenodo.20796924; upstream A7U source concept DOI 10.5281/zenodo.20097247; QTT Main Book concept DOI 10.5281/zenodo.17527179.
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R0 ≥ 5 and Rmove ≥ 5 required before target access; no observation yet
Future comparator not released yet.
Book pages
Two-configuration Test B concept DOI 10.5281/zenodo.22282943; single-configuration Test A concept DOI 10.5281/zenodo.22010227; A7U molecular visibility concept DOI 10.5281/zenodo.20796924; upstream A7U source concept DOI 10.5281/zenodo.20097247.
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63/63 checks; no combined σ
Comparator/source date not yet machine-pinned in the site ledger.
Book pages
QTT Main Book v10.01 constructor/no-smuggling/status anchors pp. 118, 198, 303, 599, 974, 1072, and 1114; Keystone Audit concept DOI 10.5281/zenodo.21141060.
max |z|
0.524
Pull detail
detail
Photon-edge theorem gives -0.523927 σ against CODATA 2022/NIST inverse α.
CODATA 2022 α corridor.
Book pages
QTT Main Book v10.01, scorecard/index pp. 7-8 and QED scorecard pp. 1037-1045; the photon-edge gate paper is the current theorem-grade citation for the α route.
max |z|
0.440
Pull detail
detail
V3.03 preserves the old prototype no-drift pulls, led by max |z| = 0.44 σ and χ2/dof about 0.58, restores the supporting technical matrix/appendix material, and still marks the full frozen-source covariance suite pending.
Prototype precision QED/CODATA windows inherited from V2; V3.03 technical-payload restoration published 2026-06-26.
Book pages
QTT Main Book v10.01, QED scorecard pp. 1037-1045 and compact master ledger p. 1248. Precision QED concept DOI 10.5281/zenodo.20121952; electron/Rydberg source packet concept DOI 10.5281/zenodo.20800371; photon-edge concept DOI 10.5281/zenodo.20628735.
max |z|
0.013
Pull detail
detail
Electron/Rydberg v5.01 gives R∞QTT=10,973,731.568156838 m−1 and zR=-0.0135 σ after freezing Rector and the γ-W access exponent. Atomic-unit source propagation and hydrogen/QED row separation are closed; the full multi-row QED χ-square audit remains pending.
CODATA Rydberg corridor; v5.01 source-lab theorem published 2026-06-26.
Book pages
QTT Main Book v10.01, Koide/access pp. 1037-1045 and 1094-1103; electron micro-rail pp. 1192-1198; scorecard pp. 126-128. Electron/Rydberg concept DOI 10.5281/zenodo.20800371; source-only SI endpoint concept DOI 10.5281/zenodo.20936013; charged-lepton rank concept DOI 10.5281/zenodo.20698191; photon-edge concept DOI 10.5281/zenodo.20628735.
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no theory σ; identity branch residual +57.296978%
Comparator/source date not yet machine-pinned in the site ledger.
Book pages
QTT Main Book v10.01, source/readout and no-smuggling pp. 9-22, A4/A5-X/A6/A7 source anchors pp. 213-227 and 250-268, Hamiltonian and hyperfine contexts pp. 1037-1045 and 1094-1103. Hyperfine framework concept DOI 10.5281/zenodo.21309105; K2 caesium source-packet concept DOI 10.5281/zenodo.21249436; electron/Rydberg concept DOI 10.5281/zenodo.20800371.
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no σ; certificate pending
Comparator/source date not yet machine-pinned in the site ledger.
Book pages
QTT Main Book v10.01, source/readout and no-smuggling pp. 9-22, A5-X/A6/A7 pp. 250-268, Artian micro-ruler and G anchors pp. 56, 193, 238-241, 268, and scorecard pp. 126-128. Source-only SI endpoint concept DOI 10.5281/zenodo.20936013; hyperfine composition concept DOI 10.5281/zenodo.21309105.
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0.736
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+0.019 σ against direct 2023 measurement; +0.736 σ against CODATA 2022 audit.
Direct electron magnetic-moment measurement 2023; CODATA 2022 audit.
Book pages
QTT Main Book v10.01, pp. 1037-1045.
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1.361
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Version 50.0 gives scalar pulls +1.361223 and -0.593757 for the historical and book-consistent source implementations. The covariance-orthogonal shape statistics are 57765.6144 and 85030.2611 for 139 degrees of freedom, versus the preregistered 95% gate 167.5143.
BaBar public two-pion row and published covariance, executed in HVP v50.0 on 2026-07-11.
Book pages
HVP source-access concept DOI 10.5281/zenodo.20732034; QTT Main Book v10.01 pp. 583-620, with two-universe ontology anchor p. 1262.
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0.462
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CMS -0.250 σ against 8.8 +1.2/-1.4 pb; ATLAS -0.404 σ against the nominal 9.0 ± 1.3 pb row; simple two-detector display combination -0.462 σ. ATLAS alternative fits are comparator context, not the nominal row.
CMS TOP-24-007 public page/arXiv 2503.22382, 28 March 2025; ATLAS-CONF-2025-008, 7 July 2025.
Book pages
QTT Main Book v10.01, pp. 1063-1072; toponium concept DOI 10.5281/zenodo.20123498.
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no σ yet
Future 13.6/14 TeV threshold comparator not released yet.
Book pages
QTT Main Book v10.01, pp. 1071-1072; v4.0 locked-prediction JSON inside the toponium release package.
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0.500
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s = 0.99 ± 0.02; 0.5 σ
Internal CLASH/HFF-style replay; independent external release still pending.
Book pages
QTT Main Book v10.01, pp. 1197-1198.
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shape-locked; no single σ
Three reconstruction families; precise source dates pending in machine ledger.
Book pages
QTT Main Book v10.01, compact ledger p. 1253; public A2744 DOI record carries the reconstruction claim.
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6.900
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RAR comparison is deliberately not promoted into a green row: -6.9 σ stat-only and -0.57 σ full-envelope; cosmic-acceleration dipole is printed as a 3.9 σ tilted-observer pattern.
Renewal Ledger concept DOI 10.5281/zenodo.20643892, publication date 2026-06-11; comparator families include SPARC/RAR/BTFR, cluster lensing, and cosmic-acceleration dipole data.
Book pages
Renewal Ledger concept DOI 10.5281/zenodo.20643892; QTT Main Book v10.01, pp. 209-212, 535, 1209-1211, and 1253-1255.
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qualitative many-σ support; no single-number fit
Renewal Ledger 2026-06-11 consolidation plus SPARC/Renzo-style morphology literature; quantitative no-retune QTT fit pending.
Book pages
Renewal Ledger concept DOI 10.5281/zenodo.20643892; QTT Main Book v10.01, pp. 535 and 1209-1211.
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no σ yet
Future homogeneous high-z RAR/BTFR comparator; current citable branch is the Renewal Ledger concept DOI 10.5281/zenodo.20643892.
Book pages
Renewal Ledger concept DOI 10.5281/zenodo.20643892; QTT Main Book v10.01, pp. 535-538 and pp. 1210-1211.
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0.280
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v4.0 enumerates 37=2187 precision packets, excludes 2186, and leaves one active survivor. It prints s12=0.225042858584379, s23=0.042713531540749, s13=0.003708134796885, δ=1.147687258136975, ε23L=1/(192 ρ), the left-access CKM matrix, and a largest row-level entry pull about 0.28 σ.
Quark family-rank/CKM concept DOI family 10.5281/zenodo.20722978; CKM global-fit corridors remain the external comparator family and the correlated covariance packet is still pending.
Book pages
QTT Main Book v10.01, pp. 1127-1148 and scorecard pp. 126-128; quark family-rank concept DOI 10.5281/zenodo.20722978.
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1.500
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v4.0 closes the CKM precision packet but explicitly keeps the quark-mass source-word compiler and scheme/branch maps pending. Earlier birth-magnitude corridor numbers stay as context, not a final mass theorem.
Quark family-rank/CKM concept DOI family 10.5281/zenodo.20722978; PDG-style quark-mass corridors and scheme conventions remain external comparators.
Book pages
QTT Main Book v10.01, pp. 1127-1148 and scorecard pp. 126-128; quark family-rank concept DOI 10.5281/zenodo.20722978.
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0.188
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v3.7 charged-lepton audit: ze=+0.072 σ, zμ=+0.188 σ, zτ=-0.046 σ, χ2=0.042, max |z|=0.188 σ. Source-word survivor is (se,sμ,sτ)=(+,-,-) with (Ne,Nμ,Nτ)=(1,888,026,624,17,526,2,347).
NIST/CODATA charged-lepton mass-energy equivalents for e/μ and PDG τ corridor; charged-lepton family-rank concept DOI 10.5281/zenodo.20698191.
Book pages
QTT Main Book v10.01, Koide/access pp. 1037-1045 and 1094-1103; electron micro-rail pp. 1192-1198; scorecard pp. 126-128.
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0.144
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pi0 -0.122; π± -0.131; K+ -0.00017; K0 +0.0035; η +0.114; η' +0.144 σ
PDG pseudoscalar mass corridors.
Book pages
QTT Main Book v10.01, pp. 1094-1095 and scorecard pp. 126-128.
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0.100
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Σ <0.10; Xi <0.004; Ω +0.000009; proton/neutron CODATA <0.006 σ.
PDG/CODATA baryon and mass-energy corridors.
Book pages
QTT Main Book v10.01, pp. 1094-1103 and scorecard pp. 133-144.
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0.370
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Hydrogen residual +0.0807 Hz; muonium combined pull +0.37 σ.
Hydrogen 21 cm and muonium HFS spectroscopy comparators.
Book pages
QTT Main Book v10.01, pp. 1102-1103 and scorecard p. 144.
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0.038
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v <0.001; GF -0.0019; h(125) +0.038 σ.
PDG/electroweak Higgs and Fermi constant comparators.
Book pages
QTT Main Book v10.01, pp. 971-981, p. 1056, and scorecard p. 128.
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0.111
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αs +0.058; static-source string tension about -0.11 σ after the A6 v4.0 compact-color kernel chain locks √(σ3)=444.25315096 MeV; glueballs +0.013, +0.004, -0.049 σ.
PDG αs and lattice pure-gauge/string-tension comparator families; A6 compact-color kernel concept DOI 10.5281/zenodo.20744161.
Book pages
QTT Main Book v10.01, scorecard pp. 126-128; strong-coupling concept DOI 10.5281/zenodo.20625550; A6 half-share concept DOI 10.5281/zenodo.20744161.
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0.111
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√(σ3)QTT=444.25315096 MeV against the audit comparator 445(3)(6) MeV gives a pull of about -0.11 σ, with the comparator held strictly outside the constructor.
A6 Hadamard Center-Sheet Half-Share Theorem published 2026-06-18; static-source lattice/string-tension comparator family as cited in the paper.
Book pages
A6 half-share concept DOI 10.5281/zenodo.20744161. QTT Main Book v10.01 QCD/string/glue scorecard pp. 126-128 and color/QCD source anchors around pp. 1008-1020.
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source values locked; downstream rows pending
Future source-access-pole maps, HVP row cards, ρ-width convention rows, chiral-scale audits, and pure-gauge glueball reruns.
Book pages
A6 half-share concept DOI 10.5281/zenodo.20744161; HVP source-access concept DOI 10.5281/zenodo.20732034; glueball concept DOI 10.5281/zenodo.20571454; QTT Main Book v10.01 pp. 583-620 and 1008-1020.
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no σ yet
Future sector papers and derivation audits.
Book pages
A6 half-share concept DOI 10.5281/zenodo.20744161; PMNS source-access concept DOI 10.5281/zenodo.20735493; QTT Main Book v10.01 A6/A7 boundary and PMNS anchors.
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standard Born law recovered; no independent ontology selection
Standard Born-rule and higher-order-interference experimental literature; no single pull assigned.
Book pages
Born concept DOI 10.5281/zenodo.20118242; QTT Main Book v10.01 pp. 268, 435-438, and 1247.
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0.009
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The resolved photon-edge/Fermi face gives GA(γ H)=6.674301412456×10−11 m3 kg−1 s−2, zG=+0.009416 σ, but the Observatory keeps the dimensional-ruler guardrail active.
CODATA G branch with non-gravitational weak-scale anchor GF and photon-edge αQTT; independent non-G micro-ruler still pending.
Book pages
Newton/G concept DOI 10.5281/zenodo.20057430; QTT Main Book v10.01 compact G/endurance ledger anchors.
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The printed 0.505839 ppm is an anchor-only target uncertainty, not a measurement residual. There is no observed pull, Bayes factor, or Tier-K evidence status until a post-freeze packet passes every eligibility gate.
Only qualified post-freeze G determinations count. Historical G values are ineligible as prospective evidence.
Book pages
Tier-K preregistration concept DOI 10.5281/zenodo.21955408; Newton/G concept DOI 10.5281/zenodo.20057430; A2 Einstein-field concept DOI 10.5281/zenodo.20763263.
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No experimental QTT pull is assigned. The 17/17 and 24/24 values are reconstruction checks for the v1.2 standalone theorem and Observation as Access v8. The published external recovery numbers remain author-owned standard-QM results pending exact-array replication.
External preprint arXiv:2608.12803, accessed 2026-08-14; exact arrays/scripts pending from the authors. No target-bearing timing dataset opened.
Book pages
Completed-record framework concept DOI 10.5281/zenodo.21902886; Observation as Access concept DOI 10.5281/zenodo.20114403; QTT Main Book v10.01 A3, A5-X, A6, A7, Born/projection, entropy, and measurement-record anchors.
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5.000
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No observed σ is assigned. The 5-σ threshold and ≥0.95 power gate are prospective preregistration conditions, not achieved significance.
Future qualified circuit-QED execution and one physically distinct replication platform.
Book pages
Blind-test concept DOI 10.5281/zenodo.21902885; theorem concept DOI 10.5281/zenodo.21902886; Observation as Access concept DOI 10.5281/zenodo.20114403; QTT Main Book v10.01 finite-address, Born/projection, Access Law, and record anchors.
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No observed σ is assigned. The 161/161 reconstruction and 1.11×10−16 maximum discrepancy qualify the external programmed dynamic-circuit archive only; they are not evidence for the registered unprogrammed timing consequence.
Future qualified dynamic-circuit timing holdout and independent record-technology replication. No target-bearing timing data were opened as of 2026-08-12.
Book pages
Dynamic-circuit extension concept DOI 10.5281/zenodo.21904993; parent blind-test concept DOI 10.5281/zenodo.21902885; source theorem concept DOI 10.5281/zenodo.21902886; Observation as Access concept DOI 10.5281/zenodo.20114403; QTT Main Book v10.01 finite-address, measurement-record, and access anchors.
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5.000
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No observed QTT σ is assigned. The external Q=0.516 and Favg=0.758 are author-owned standard-QM recovery results and are forbidden as timing targets. The 5-σ and ≥0.95 power values are prospective gates.
External preprint arXiv:2608.12803, accessed 2026-08-14; exact arrays/scripts pending. Future qualified carrier-deletion timing execution and independent replication remain prospective.
Book pages
Carrier-deletion extension concept DOI 10.5281/zenodo.21935062; parent blind-test concept DOI 10.5281/zenodo.21902885; theorem concept DOI 10.5281/zenodo.21902886; Observation as Access concept DOI 10.5281/zenodo.20114403.
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No QTT-exclusive experimental σ is assigned. The 8,407/8,407 count is a deterministic reconstruction and theorem-audit receipt. It confirms the access-work architecture and source object without relabeling standard work data as a commutator observation.
Cho and Lee arXiv:2609.01303v1, submitted 2026-09-01T14:30:37Z, is the seventh external comparator and an independent qualification-method candidate. Its finite-library theorem and hardware rows are not QTT evidence.
Book pages
Observation as Access Version 11.01 under concept DOI 10.5281/zenodo.20114403; same-central-effect preregistration concept DOI 10.5281/zenodo.22236546; Cho and Lee arXiv:2609.01303v1; QTT Main Book v10.01 Access-Law, A1, A5-X, A6, A7, Born/projection, entropy, and completed-record anchors.
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No observed σ is assigned. The complete complex target and covariance order are frozen; prospective power and the final separation from both registered surfaces must be certified at Stage 1 before unblinding.
Future qualified circuit-QED execution. Existing Maxwell-demon work experiments and continuous-variable geometric-phase experiments establish component feasibility and ordinary comparators only; they do not populate this same-route blinded surface.
Book pages
Same-central-effect preregistration concept DOI 10.5281/zenodo.22236546; Observation as Access concept DOI 10.5281/zenodo.20114403; QTT Main Book v10.01 A1 terminal ordering, A5-X completed record, A6 finite capacity, A7 closure, and Access-Law anchors.
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no σ yet
Future timing-tomography comparator.
Book pages
QTT Main Book v10.01, pp. 181, 189, 531, 1250; index notes pp. 868 and 1135.
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5.000
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No central-value σ is assigned. The inherited 2-σ candidate corridor remains unchanged; Version 2.0 adds a prospective 5-σ branch-exclusion threshold only after integrity and power gates pass.
Future withheld HVP row-card comparator. No present HVP central value was opened in the executor release.
Book pages
HVP blind-lock concept DOI 10.5281/zenodo.20354458; experimental-verdict governance concept DOI 10.5281/zenodo.21775175; HVP source-access concept DOI 10.5281/zenodo.20732034; QTT Main Book v10.01 pp. 584-620 and p. 1257.
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no σ yet
Future same-device noise/heat/cross-power comparator.
Book pages
QTT Main Book v10.01, pp. 114-117 and pp. 7123-7125; index note p. 1132.
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no σ yet
Future precision triple/quartic Higgs collider comparator.
Book pages
QTT Main Book v10.01, pp. 991-994; index notes pp. 1062 and 1125.
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no σ yet; compatible data
BASE/ALPHA-era tests compatible; decisive intrinsic comparator future-facing.
Book pages
QTT Main Book v10.01, pp. 507 and index notes pp. 861, 1126.
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5.820
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v5.0 keeps the 36-word finite source enumeration with one active source survivor and adds the source-side Cabibbo bridge sCbridge=0.225042858584379. The source face gives sin2 θ12=0.306880189272, sin2 θ13=0.022257215708, sin2 θ23=0.557296543843, δPMNS=π, and JPMNS=0. NuFIT 6.1 checkpoint gives θ12 -0.29 σ, θ13 -0.40 σ, upper-octant θ23 -0.28 σ, while the lower-octant SK-inclusive packet remains a +5.82 σ stress row.
NuFIT 6.0 normal-ordering rows and NuFIT 6.1/JUNO checkpoint as reported in the PMNS source-access reference framework v5.0; decisive DUNE/Hyper-K/JUNO/atmospheric likelihood rows remain future audit gates.
Book pages
PMNS source-access concept DOI 10.5281/zenodo.20735493; QTT Main Book v10.01 pp. 158-162, 1113-1114, 1134-1138.
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no σ yet
Future material Kerr-ratio audit.
Book pages
DOI record live 2026-06-05; book-page integration pending after v10.01.
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no σ yet
Future declared lattice/hadron stress class.
Book pages
DOI record live 2026-06-06; book-page integration pending after v10.01.
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failure record
Failure record published 2026-05-09.
Book pages
QTT Main Book v10.01, compact ledger p. 1253; public H1 DOI record carries the failure audit.
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failed route
Failed-route report published 2026-05-02.
Book pages
QTT Main Book v10.01, compact ledger p. 1253.
Observed Pulls
Observed Pulls
Rows with public comparators and a printed pull, corridor, or observed-pattern statement. Structural anchors without numeric pulls are kept out of this class. 18 Observatory records in this category. Each card states the concept under test, observed quantity, QTT target, result, book page anchor, and next falsifier or check.
Observed PullsRetrospective calculated interaction / timing residuals retained / calibration covariance pending
No complete σ: independently measured geometry covariance is unavailable.Source-normalized ion exchange: fixed-input observational reconstruction
The inherited photon-edge coupling and Coulomb recovery calculate an actual two-ion exchange rate from nominal geometry, mass and confinement. One coefficient predicts timing, splitting, phase and detuning; no exchange rate is fitted. The calculation is retrospective, and the percent-level residuals remain explicit.
In standard language
One calculated Coulomb coupling predicts how quickly two trapped ions exchange motion and how far their resonant frequencies split. The QTT calculation uses its inherited source coupling with the published nominal apparatus inputs, without fitting the measured exchange rate. This is a retrospective reconstruction, not a preregistered test.
Theory-side sensitivity
At equal separation and height, the first-order log sensitivity to separation is -3 and to height is zero. The paper derives the full geometry, mass and trap-frequency covariance map; a complete uncertainty cannot be assigned from rounded geometry alone. Coupling-model and readout errors remain separate.
QTT archived
2026-09-26, public v5.0 under concept DOI 10.5281/zenodo.22743653; preserves the retrospective reconstruction first published in v3.0 on 2026-09-19.
Comparator released
Brown et al., Nature 471, 196-199 (2011), doi:10.1038/nature09721. The published apparatus and result summaries were known before this calculation.
Upstream rails
inherited photon-edge αsoft-matched Coulomb recoveryUELArtian mass countsnominal apparatus geometryjoint calibration covariance
Sector
Coupled trapped ions / source-to-apparatus interaction
Concept under test
Completed-event source work reaches a shared low-energy Coulomb interaction through the declared soft matching. Artian mass counts Bi=Mi/mA and UEL normalize the interaction. This is separate from the still-unpopulated microscopic refinement certificate.
Observable / dataset
Brown et al. (2011), two separately trapped Be+ ions: exchange time, avoided-crossing splitting and a second exchange period.
QTT target
g·tA=α0·ηim/(dtilde3·√(Ba·Bb·ωatilde·ωbtilde)); tswap=π/(2·g); Δ f=g/π. Resonant RWA: Δ f·tswap=1/2. Predictions: 162.61 us, 3.075 kHz and 447.58 us.
Result / sigma
Published summaries: 155(1) us, 3.0(5) kHz and 437(4) us. Timing residuals: +4.91% and +2.42%. Geometry was printed nominally, without complete covariance; no combined σ is assigned. Brown already derived the same nominal Coulomb and image correction, separately from the four-parameter trace fit. No comparative zero-fit victory or QTT-exclusive evidence is claimed.
Book anchor
Public v5.0, 261 pages. Ion reconstruction XX pp. 215-228, joint calibration XXI pp. 229-232 and finite bounds XXII pp. 233-237 retain their results. Preparation transport XXIII pp. 238-241, capacity-phase distance XXIV pp. 242-244 and effective Coulomb/action certificates XXV pp. 245-249 qualify the experimental chain. A2 retained-record and closure theorems XXVI pp. 250-253; finite occupation and work-gap classification XXVII pp. 254-257; physical qualification XXVIII pp. 258-261. No observational number changes.
Source links
Next check / falsifier
Use the calibration-first protocol: independently identify preparation, separation/height covariance, trap force calibration, ramps, detuning, heating and raw readout. Choose either source-coefficient prediction of static work and exchange, or separately calibrated static stiffness predicting exchange. EC-20 bounds finite cross-work corrections; CC-7 and PI-8 bound preparation-induced work error. Freeze the joint prediction before opening reserved traces.
Enumeration card
Legal space
One declared soft-matched Coulomb/image-charge model, three selected published summary comparisons; no search over microscopic ontologies is claimed.
Gates
Keep the nominal apparatus inputs and source α fixed. Obtain independent geometry and readout covariance before a joint σ or prospective performance claim.
Survivors
The calculated interaction and its sensitivities are verified; timing residuals are retained. No QTT-exclusive empirical selection is assigned.
Timestamp
2026-09-19, after the 2011 comparator publication.
Reproduce / audit note
Use @@QTTPROTECTED0@@ in the public v4.0 reconstruction. The inherited source-input ion calculation and the supplied aligned predictor both retain separate comparison files; the latter is replayed with comparator and previous-output files removed. Predictions and the subsequent audit reproduce byte for byte. This is computational separation, not a change to retrospective chronology. The new field/work and loop certificates are effective calculations; the physical integer-event inventory is not supplied.
Observed PullsGREEN conditional matched-hydrogen compatibility / retained CODATA 2022 coupling audit
Matched hydrogen: -0.001278259 conditional σ (2011); -0.001278232 (2013), not combined. CODATA coupling: -0.523927; lifetime: -0.380611 quoted-error units.Source-normalized optical coupling: CODATA and hydrogen audit
The fixed QTT photon stiffness reaches a dimensionless leading hydrogen emission ratio without a fitted transition strength. Version 5.0 preserves the twenty-term 1S-2S budget and its explicitly external QED and nuclear matching. Its retained-record, holonomy and finite-occupation theorems extend the source qualification chain without changing this atomic evidence. Preparation transport, capacity-phase distance and effective work/action certificates are retained. The microscopic/action theorems and separately indexed ion-exchange reconstruction are retained. The shared Fermi-scale uncertainty, constructor history and matching scope remain explicit.
In standard language
The inherited QTT source coupling is used to calculate atomic color and leading decay, followed by an explicitly matched hydrogen calculation. The published comparison values were already known. Conditional compatibility, input dependence and target fitting are assessed separately.
Theory-side sensitivity
The leading optical ratio depends on the inherited source-α and soft-matching conditions. Matched hydrogen carries shared Fermi-scale uncertainty and attributed QED/nuclear inputs; the two centroid pulls are correlated and are not discovery significances. Unquantified source-model uncertainty is not silently set to zero.
QTT archived
Public family v4.0, 2026-09-21, concept DOI 10.5281/zenodo.22743653; earlier optical and hydrogen calculations preserved.
Comparator released
CODATA 2022; Chupp, Dotchin and Pegg (1968); Parthey et al. (2011); Matveev et al. (2013). These are retrospective comparisons.
Upstream rails
photon-edge αfull-soft identificationsource mass packetFermi-scale anchorattributed QED and nuclear matchingcorrelated uncertainty
Sector
Source-normalized optics / atomic spectroscopy
Concept under test
The same compact connection normalizes static binding and transverse emission. Reduced mass and a matched stationary clock cancel from Gamma/ω. The inherited five-rail stiffness supplies α; the atomic coefficient is a known consequence of the leading Coulomb and electric-dipole model.
Observable / dataset
Inverse fine-structure constant from NIST CODATA 2022; hydrogen 2p mean lifetime of Chupp, Dotchin and Pegg (1968); separately the corrected 1S-2S hyperfine centroids of Parthey et al. (2011) and Matveev et al. (2013).
QTT target
αsrc−1=137.03599916599752996451; Gamma/ω=(211/39)·αsrc3=4.04328772872712×10−8. These are fixed source evaluations conditional on full soft matching, not lifetime-fitted coefficients.
Result / sigma
Matched 1S-2S = 2466061412376252.435 Hz, conditional known-input uncertainty 634286637.8 Hz. The 2011 residual is -810782.565 Hz (-0.329 ppb), reduced 28355.7-fold from the leading Coulomb result without target refitting. The broad Fermi-scale uncertainty makes the small pull compatibility, not a discovery significance; source/model uncertainty remains unquantified. The two centroid rows are not independent confirmations. The Lamb specific difference D21 = 187225891.249 ± 126.919 Hz is a calculated output with no independent datum used. Retained coupling: 137.0359991659975 versus NIST 137.035999177(21); source-frequency lifetime 1.596193893 ns versus measured 1.60 ± 0.01 ns. The alternative observed-wavelength illustration is not an independent test. Earlier recoil tensions remain documented; calculated transition tables are not independent observations.
Book anchor
Public v5.0, 261 pages. All prior scientific parts and synopsis are preserved. Matched hydrogen XV pp. 165-178; conditional audit XVI pp. 179-180. Finite-source XVII pp. 181-193; work/action selection XVIII pp. 194-207. Source-work/dial-action closure XIX pp. 208-214, microscopic/ion results XX pp. 215-228 and calibration XXI pp. 229-232. Finite qualification XXII pp. 233-237. Preparation, coordinates and effective certificates XXIII-XXV pp. 238-249. Closure, occupation and joint physical qualification XXVI-XXVIII pp. 250-261. Earlier atomic sections remain in XI-XIV.
Source links
Next check / falsifier
Freeze a common multi-transition prediction and its covariance with independently established scale and nuclear inputs. Validate the source-to-soft matching separately; do not tune a transition-specific offset. Earlier clock and reference-memory seals are unchanged.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
Public family v4.0, 2026-09-21, concept DOI 10.5281/zenodo.22743653; earlier optical and hydrogen calculations preserved.
Reproduce / audit note
Replay the optical and matched-hydrogen modules with @@QTTPROTECTED0@@ in the public v4.0 reconstruction. Retain each earlier approximation, constructor chronology and covariance receipt; do not refit the target wavelength or lifetime.
Observed PullsAMBER source construction / conditional ratio line frozen / E4 JUNO holdout sealed
max |z| 2.24Artian's Neutrino Ratio-Line Preregistration
Scope correction · 31 July 2026
The ratio identity is conditional; its finite source construction remains open.
Once the nonzero source vector (0, 1, ρ) is supplied, Δm231 / Δm221 = ρ2 follows exactly. The audit closes a necessary correction: common completed-bundle and A1 factors cancel, so they cannot by themselves supply a relative ρ.
A finite asymmetric branch pair and a finite certificate for the five-fold neutral completion remain amber gates. The frozen JUNO target remains a separate observational test of the conditional line.
Read the A1 neutral-branch audit · 10.5281/zenodo.21721466The sealed numerical target is the scale-free conditional line Δ m231 / Δ m221 = ρν2 = π2·(2+√(2)) = 33.69693720145647… . The 31 July audit confirms this algebra only after the nonzero source vector is supplied; it does not yet certify the finite source event that makes ρ survive as a relative factor. The target remains frozen before the next qualifying JUNO release and is tested by profiling one common mass-squared scale, not by fitting the ratio to the laboratory gaps.
In standard language
The QTT conditional identity is Δ m231 / Δ m221 = π2·(2+√(2)) once the nonzero source vector is supplied. A common source-to-laboratory scale cancels from this ratio exactly; common completed-bundle and A1 factors do as well. The primary test profiles the common scale and judges only the frozen slope. The stronger fixed absolute point remains a separate nested test.
Theory-side sensitivity
No absolute ruler or universal multiplicative readout factor enters the ratio. The verdict is sensitive to the atmospheric-gap convention, the published joint likelihood/covariance, and any genuinely flavor-nonuniversal transport. The latter is absent from this seal and may not be invented after the result.
QTT archived
2026-07-16 under concept DOI 10.5281/zenodo.21394536
Comparator released
Pre-seal context: NuFIT 6.1 public normal-ordering profiles and JUNO's first 59.1-day solar-parameter result. Holdout: first materially expanded post-deposit JUNO solar release (Stage S) and first qualifying post-deposit joint solar-atmospheric likelihood/covariance (Stage J).
Upstream rails
ρνcos(π/8)universal transport cancellationprofiled common scalesealed JUNO Stage S/Jabsolute LIA point
Sector
Neutrino / LIA family-rank
Concept under test
Once the nonzero source vector is supplied, universal source-to-laboratory transport multiplies both mass-squared gaps by the same Zν2 and therefore cancels exactly from their ratio. Common completed-bundle and A1 factors cancel as well, so the finite asymmetric source event and five-fold neutral completion remain open construction gates. The fixed absolute LIA point is a stronger nested hypothesis and is reported separately; a flavor-nonuniversal transport is not part of this seal and cannot be introduced after seeing the residual.
Observable / dataset
Current NuFIT 6.1 normal-ordering profiles give Δ χ2 = 0.187708 and 0.387921 on the frozen ratio line. The first JUNO solar-coordinate result separately places the fixed source value Δ m221=7.231516396661×10−5 eV2 under +2.237363 σ strain. Stage J waits for the first post-deposit JUNO joint solar-atmospheric likelihood or covariance sufficient to test the line.
QTT target
ρν=2·π·cos(π/8); Δ m231 / Δ m221 = ρν2 = 4·π2·cos2(π/8) = 33.69693720145647…
Result / sigma
AMBER finite source construction / current ratio-line compatibility: qρ=0.187708 / 0.387921 on the two public NuFIT 6.1 normal-ordering variants. E4 SEALED: qρ≥9 is the preregistered one-degree-of-freedom falsifier and qρ≥25 is the separate decisive threshold. AUDIT/YELLOW absolute point: first JUNO solar-coordinate pull +2.237363 σ; no joint covariance means no joint verdict.
Book anchor
QTT Main Book v10.01, pp. 1195-1196 and compact ledger p. 1252; sealed JUNO preregistration concept DOI 10.5281/zenodo.21394536; neutrino family-rank derivation concept DOI 10.5281/zenodo.20571452; neutral-branch audit concept DOI 10.5281/zenodo.21721466.
Source links
Next check / falsifier
Execute Stage S on the first materially expanded post-deposit JUNO solar-gap release. Execute Stage J only when a post-deposit JUNO joint solar-atmospheric likelihood, profile, or covariance is sufficient to test the frozen ratio line. Keep every source digit and threshold fixed; missing dependence information gives no joint verdict.
Pull history
The source derivation remains in concept DOI 10.5281/zenodo.20571452; the neutral-branch correction audit is concept DOI 10.5281/zenodo.21721466. Concept DOI 10.5281/zenodo.21394536 seals the exact ratio digits, absolute point, release qualifiers, likelihood statistic, no-retune firewall, and future consequence ledger before the qualifying JUNO holdout releases.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-07-16 under concept DOI 10.5281/zenodo.21394536
Reproduce / audit note
Recompute the frozen constant as π2·(2+√(2)). Under any universal transport milab=Zν·misrc, both gaps acquire the same factor Zν2 and their ratio remains exactly unchanged. Profile one positive common scale along the line (a,ρν2·a) in the released joint likelihood; do not set a missing correlation to zero and do not use observed gaps to rewrite ρν.
Observed Pullsobserved, systematics dominated
max |z| 0.24Faraday Clock-Tilt Plateau
The Faraday plateau is treated as an independent, material-systematics-limited readout of the same π/8 clock factor that appears in the neutrino ratio.
In standard language
In mainstream terms, this card compares a frozen QTT target for Wavelength-independent Faraday plateau in TGG and Dy2O3-style materials. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Uncertainty is carried by the named comparator and any printed access-window convention; QTT does not get to retune the source target after reading that comparator.
QTT archived
v10.01 book ledger; public book DOI 10.5281/zenodo.17527179
Comparator released
Published Faraday material plateaus; material source dates pending in machine ledger.
Upstream rails
cos(π/8)Faraday plateaumaterial systematics
Sector
Optics / clock projection
Concept under test
Capacity holonomy of the Faraday magnetic plateau reading Iclk = cos(π/8).
Observable / dataset
Wavelength-independent Faraday plateau in TGG and Dy2O3-style materials.
QTT target
Iclk(Faraday) should match cos(π/8) = 0.9238795325.
Result / sigma
Iclk(Faraday) = 0.90 ± 0.10, z ≈ -0.24 σ; the book labels it promising but systematics dominated.
Book anchor
QTT Main Book v10.01, pp. 1192-1195.
Source links
Concept 10.5281/zenodo.17527179
Next check / falsifier
A cleaner material series must reduce plateau systematics without fitting the clock factor.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
v10.01 book ledger; public book DOI 10.5281/zenodo.17527179
Reproduce / audit note
Compute Iclk(Faraday) from the declared plateau extraction, then compare to cos(π/8) without moving the clock factor.
Observed PullsHIGH-SEPARATION ODD-SECTOR ACTIVATION / LOG-GRAM AMPLITUDE FUNCTIONAL CLOSED / MATERIAL PACKET OPEN
25.17 / 14.38 quoted-uncertainty unitsChiral Spin Source-Graph and Mirror-Shape Theorems
Version 1.3 retains the finite source-graph, normalized-shape, odd-sector activation, and crystallographic reflection theorems, then closes the amplitude functional of any independently constructed positive two-channel transfer packet. Common gain cancels, common-rail serial packets add in Log-Gram rapidity, and independently certified sign-reversing defects subtract by signed count. The chemistry-specific material packet remains open and is now targeted by a separate sealed molecular-length/defect test.
In standard language
In mainstream terms, this card compares a frozen QTT target for Published bifacial-ladder spin-polarization rows, independent heptahelicene opposite-sign rows, digitized ladder energy traces, and vector-resolved 3-MCHO/Cu(643) spin contrast. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Structural row: no σ or theory error bar is assigned until a numerical comparator and covariance packet are declared.
QTT archived
2026-08-25 under concept DOI 10.5281/zenodo.22084700
Comparator released
Discovery constructors: 2022 3-MCHO/Cu(643) and 2026 bifacial ladder. External historical lock: published heptahelicene opposite-sign comparison. Prospective comparator: a future frozen four-cell molecule-by-surface experiment or a disjoint mirror-transfer dataset.
Upstream rails
A4 signed J reversalA5 completed interface eventA6 finite graph packetA7 reversal-orbit closurefinite character modulenormalized energy shapevector Log-Gram amplitudesealed length/defect test
Sector
Chiral spin filtering / finite source graphs
Concept under test
A4 supplies the signed real-J reversal character; A5 types molecule, surface, transmitted electron, and record as one completed event; A6 makes the legal event packet finite; A7 closes the packet under every molecular and surface reversal before character projection. Under those typed consequences the source space is a finite permutation module, and the chirality-odd multiplicity is counted by stabilizer-compatible graph orbits.
Observable / dataset
Published bifacial-ladder spin-polarization rows, independent heptahelicene opposite-sign rows, digitized ladder energy traces, and vector-resolved 3-MCHO/Cu(643) spin contrast.
QTT target
Finite graph-orbit multiplicity fixes the number of chirality-odd source generators. A one-generator odd sector through one common scalar access kernel fixes one normalized mirror shape. For Q=M Mdagger with log Q=α I+r.σ, the unique output is P=tanh(|r|) r/|r|; positive common gain changes α only. The sealed companion test asks whether independently certified molecular completions add in r and whether the stronger fixed local increment 1/[4 π cos(π/8)] survives with zero target-fitted amplitude.
Result / sigma
The bifacial-ladder central values remain separated by 25.17 quadrature-combined quoted-uncertainty units and the independent heptahelicene row by 14.38 units under their printed-error conventions; these are high-separation activation rows, not formal full-covariance discovery sigmas. The digitized ladder traces have descriptive mirror-shape cosine 0.9976. Version 1.3 proves the amplitude functional but does not infer the missing raw covariance or set Neff=16 from a structural visualization. The new length/defect outcome remains observation pending.
Book anchor
Finite Source-Graph paper v1.3: Log-Gram theorem and gain/serial/defect consequences pp. 10-13; empirical and burden ledgers pp. 16-24; theorem/premise cards pp. 25 and 28-29. QTT Main Book v10.01, A4-A7 anchors pp. 48, 80-82, 263-266, and 912-916.
Source links
Next check / falsifier
Execute the separately sealed Log-Gram length/defect protocol under concept DOI 10.5281/zenodo.22092628. Independently certify molecular count and defect fraction before spin unblinding, retain raw currents and full covariance, and keep the theorem-supported serial tier separate from the fixed-coefficient conjecture tier.
Pull history
The graph and shape theorem forms were developed after inspecting the Cu and bifacial-ladder patterns under the QTT Newton Protocol. Those rows remain discovery constructors forever. Version 1.3 was published on 2026-08-25 under concept DOI 10.5281/zenodo.22084700 with the vector Log-Gram amplitude functional, gain invariance, common-rail serial composition, signed-defect law, raw-current covariance coordinate, and a separately deposited prospective test.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-08-25 under concept DOI 10.5281/zenodo.22084700
Reproduce / audit note
Use concept DOI 10.5281/zenodo.22084700. Verify the finite K=Z2 x Z2 action, stabilizer count, common-kernel shape theorem, Log-Gram reconstruction, common-gain invariance, basis covariance, common-rail addition, signed-defect identity, raw-current gradient, passive bound, singular limit, digitized discovery audits, and four-cell rank checks. Do not turn the displayed 16-mer into Neff or use plotted amplitudes to write the fixed coefficient.
Observed Pullsobserved cosmology lock
max |z| 0.18ABC/WV Baryon Invariant
The baryon number-lock is recorded as a physical-density comparison after the book separates the source baryon fraction from lab/CMB projection.
In standard language
In mainstream terms, this card compares a frozen QTT target for CMB/BBN physical baryon density corridor. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Uncertainty is carried by the named comparator and any printed access-window convention; QTT does not get to retune the source target after reading that comparator.
QTT archived
2026-05-05 under concept DOI 10.5281/zenodo.20042421
Comparator released
CMB/BBN physical-density comparator family; source release date pending in machine ledger.
Upstream rails
ABC/WVΩbprojection map
Sector
Cosmology / baryon ledger
Concept under test
ABC/WV creation ledger, ΩbABC = 1/18, and the lab/CMB projection map.
Observable / dataset
CMB/BBN physical baryon density corridor.
QTT target
18 ΩbABC (Hτ T0ABC)2 ≈ 1, with ΩbABC = 1/18 and lab projection near Ωblab ≈ 0.0493.
Result / sigma
Book obsnote reports ωb / Ωb at about 0.18 σ in the clean physical-density form.
Book anchor
QTT Main Book v10.01, pp. 1208-1209 and compact ledger p. 1252.
Source links
Concept 10.5281/zenodo.20042421
Next check / falsifier
Keep source ΩbABC and lab Ωblab separate; do not compare the raw 1/18 source number directly to a lab/CMB number.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-05-05 under concept DOI 10.5281/zenodo.20042421
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Observed Pullssector theorem / observed branch
max |z| 0.109Creation Ledger / ZAHRA Hubble Branch
The current consolidation record treats late-time acceleration as a Creation Ledger projection effect, not a fitted dark-energy fluid, and keeps the Hubble branch as a two-clock readout.
In standard language
In mainstream terms, this card compares a frozen QTT target for CMB, BAO, TRGB, and Cepheid H0 ordering. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Uncertainty is carried by the named comparator and any printed access-window convention; QTT does not get to retune the source target after reading that comparator.
QTT archived
2026-06-10 under concept DOI 10.5281/zenodo.20633582
Comparator released
CMB/BAO/TRGB/Cepheid H0 ladder comparators; individual release dates pending in machine ledger.
Upstream rails
A3 Creation Ledgerexact vacuum identitycoasting triadlate/early branch
Sector
Cosmology / Creation Ledger
Concept under test
A3 Creation Ledger, exact vacuum identity, coasting triad, and z-ABC Hubble Ratio Anchor; Hlate / Hearly = sec(π/8).
Observable / dataset
CMB, BAO, TRGB, and Cepheid H0 ordering.
QTT target
CMB < BAO < TRGB < Cepheid, with the late/early ratio governed by sec(π/8); triad 63.493 → 68.724 / 69.734 / 70.855 km s−1 Mpc−1, with a motivated star-forming offset near 73.03.
Result / sigma
The Creation Ledger paper verifies the triad digits and reports the atlas-level ZAHRA ratio sec(π/8) against SH0ES/Planck at about +0.109 σ. It explicitly does not claim an ΩΛ-versus-Planck σ row.
Book anchor
QTT Main Book v10.01, pp. 212-213 and 711-715; compact ledger p. 1252; Creation Ledger concept DOI 10.5281/zenodo.20633582.
Source links
Next check / falsifier
Sharper environment-split ladder data should test whether passive-host distance ladders return systematically lower H0 than star-forming-host samples.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-06-10 under concept DOI 10.5281/zenodo.20633582
Reproduce / audit note
Use concept DOI 10.5281/zenodo.20633582. Reproduce the triad 63.493 → 68.724 / 69.734 / 70.855, compare the late/early branch ratio through sec(π/8), and keep the ε amplitude labelled as FRW-consistency fixed until a ledger-side derivation exists.
Observed Pullsphoton-edge theorem / observed audit
max |z| 0.524Fine-Structure Constant: Photon-Edge Gate
The current α citation is the photon-edge gate theorem: QTT isolates the bulk photon house and neutral projected half-loop, then proves the residual five-rail edge as a finite source object before any CODATA audit.
In standard language
A fine-structure-constant theorem produces a frozen inverse-α value, then the value is compared to CODATA. The comparison is a precision QED edge test, not a fit to the CODATA number.
Theory-side sensitivity
Dimensionless inverse-α row. Theory sensitivity is the photon-edge rail proof and residual theorem; comparator sensitivity is CODATA's published uncertainty.
QTT archived
2026-06-10 under concept DOI 10.5281/zenodo.20628735
Comparator released
CODATA 2022 α corridor.
Upstream rails
α edgefive-rail residualA7 loopphoton house
Sector
QED / photon edge
Concept under test
Photon house 8 + neutral projected half-loop ρ/2 + residual five-rail photon-edge eigenvalue λγ.
Observable / dataset
CODATA fine-structure constant.
QTT target
αQTT−1 = 137.035999165998.
Result / sigma
The photon-edge gate theorem reports λγ = 0.00252517226324577 and αQTT−1 = 137.035999165998, giving -0.523927 σ against CODATA 2022/NIST 137.035999177(21).
Book anchor
QTT Main Book v10.01, scorecard/index pp. 7-8 and QED scorecard pp. 1037-1045; the photon-edge gate paper is the current theorem-grade citation for the α route.
Source links
Next check / falsifier
Falsify by producing an axiom-legal alternative residual complex in the declared grammar, a legal sixth rail, a denominator/sign recount error, or a no-retune breakdown in downstream QED/Rydberg/impedance readouts.
Enumeration card
Legal space
Five-rail photon-edge residual theorem; the legal rails are printed in the source theorem.
Gates
Alpha-edge residual, A7 loop, photon-house, and no-retune firewall before CODATA comparison.
Survivors
One inverse-α expression is carried to CODATA; alternative candidate expressions are not silently promoted.
Timestamp
Concept DOI 10.5281/zenodo.20628735 is the current theorem-grade route.
Reproduce / audit note
Use the concept DOI 10.5281/zenodo.20628735. Keep αQTT−1 = 137.035999165998 fixed, then compute z = (αQTT−1 - αCODATA−1)/σCODATA. The older Artian-door DOI family 10.5281/zenodo.20330268 remains a predecessor, not the current theorem-grade citation.
Observed Pullsphoton-edge readout
max |z| 0.736Electron g-2 as Photon-Edge Magnetic Readout
The electron anomaly is placed downstream of the frozen α edge, which is the scientifically important ordering.
In standard language
The electron magnetic anomaly is a downstream readout after the photon-edge and electron source packet have been frozen. It is a comparator row, not an input to the source construction.
Theory-side sensitivity
Uncertainty is carried by the named comparator and any printed access-window convention; QTT does not get to retune the source target after reading that comparator.
QTT archived
v10.01 book/site ledger; public DOI integration pending
Comparator released
Direct electron magnetic-moment measurement 2023; CODATA 2022 audit.
Upstream rails
α edgemagnetic readoutelectron anomaly
Sector
QED / magnetic readout
Concept under test
Magnetic readout of the frozen photon-edge α, not an α calibrant.
Observable / dataset
Direct 2023 electron magnetic-moment measurement; CODATA 2022 as a separate audit.
QTT target
aeQTT = 1.159652180592467×10−3 from the frozen αλ rail.
Result / sigma
+0.019 σ against the direct measurement; +0.736 σ against CODATA 2022 as a separate audit.
Book anchor
QTT Main Book v10.01, pp. 1037-1045.
Source links
Book anchor only
Next check / falsifier
Keep the causal order: α edge first, electron anomaly second.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
v10.01 book/site ledger; public DOI integration pending
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Observed PullsGREEN corridor match / AMBER normalization audit
max |z| 0.462Top-Antitop Threshold Beam-Access Theorem
The v4.0 row compares the printed QTT beam-access cross-section to the official CMS and ATLAS 13 TeV top-threshold corridors, while keeping the gluon-width normalization as an explicit amber audit gate.
In standard language
A top-threshold cross-section packet is compared to CMS/ATLAS rows after the finite-binomial beam-access machinery is frozen. Absolute height still carries the stated gluonic-width normalization caveat.
Theory-side sensitivity
Main sensitivity is the Gammaη→gg normalization and beam-access luminosity model, not detector tuning. Ratio rows are cleaner than absolute height.
QTT archived
2026-06-26 under concept DOI 10.5281/zenodo.20123498.
Comparator released
CMS TOP-24-007 public page/arXiv 2503.22382, 28 March 2025; ATLAS-CONF-2025-008, 7 July 2025.
Upstream rails
beam-accesspseudoscalar corePDF-free thresholdGammagg amber gateblind small-x audit harness
Sector
Collider / top threshold
Concept under test
Pseudoscalar t tbar finite threshold address core times Artian proton-gluon beam-access rail; no empirical PDF table, detector fit, K-factor repair, or post-data exponent shift is allowed to write the constructor.
Observable / dataset
CMS TOP-24-007 reports an 8.8 +1.2/-1.4 pb simplified-toponium excess at 13 TeV; ATLAS-CONF-2025-008 reports a nominal quasi-bound-state cross-section of 9.0 ± 1.3 pb at 13 TeV, with model-dependent alternative fits kept separate.
QTT target
σppQTT(pp → ηt → t tbar) = 8.475386076 pb at 13 TeV, using LggQTT=14.053969864, Mη=343.116 GeV, and the printed Gammaη→gg normalization rail.
Result / sigma
Official-data pulls verify as CMS -0.250 σ, ATLAS -0.404 σ, and simple two-detector display combination -0.462 σ. The v4 verifier reproduces the finite-binomial luminosity/audit-row layer and locks σ13; the absolute height remains load-bearing on Gammaη→gg=0.05164 GeV, so that rail stays AMBER until its source derivation is separately closed.
Book anchor
QTT Main Book v10.01, pp. 1063-1072; toponium concept DOI 10.5281/zenodo.20123498.
Source links
Next check / falsifier
Close or publish the Gammaη→gg source-normalization derivation, then test the locked 13.6/14 TeV scaling without renormalizing the beam-access rail. Keep the ATLAS nominal, simplified-model, and alternative-baseline values visibly separate.
Pull history
v4.0 supersedes the older v3.0 site row. Independent readback verified the CMS public page/arXiv abstract, the ATLAS CONF PDF nominal value, the v4 Zenodo file order, and the shipped standard-library verifier. The finite-binomial luminosity and 13→14 audit rows are reproducible; the absolute 13 TeV height remains explicitly load-bearing on the Gammaη→gg normalization rail.
Enumeration card
Legal space
Finite-binomial beam-access threshold packet with locked 13 TeV and 13→14 TeV rows.
Gates
Mη, λA, luminosity operator, and no detector/K-factor retuning before CMS/ATLAS comparison.
Survivors
One source threshold packet; Gammaη→gg normalization remains amber for absolute height.
Timestamp
Toponium concept DOI 10.5281/zenodo.20123498.
Reproduce / audit note
Use concept DOI 10.5281/zenodo.20123498. Open the v4 PDF and release ZIP; run @@QTTPROTECTED0@@ to regenerate @@QTTPROTECTED1@@ and @@QTTPROTECTED2@@. Compare σ13=8.475386076 pb separately to CMS 8.8 +1.2/-1.4 pb and ATLAS nominal 9.0 ± 1.3 pb. Do not let the comparator write λA, Lgg, a K-factor, detector rate, or the Gammaη→gg source rail.
Observed PullsGREEN source-word enumeration / precision micro-provenance; YELLOW covariance packet
max |z| 0.28Quark Family-Rank CKM Precision Packet
The v4.0 quark reference paper keeps the source complex and CKM holonomy intact, then closes the precision micro-provenance layer used by the book's CKM row and downstream PMNS solar bridge.
In standard language
A finite CKM source-word search leaves one precision packet, then the left-access CKM matrix is compared to global-fit corridors. The observed CKM entries are not allowed to choose the packet.
Theory-side sensitivity
Finite-packet enumeration is closed, but the global correlated CKM covariance packet and quark-mass compiler remain pending.
QTT archived
2026-06-19 under concept DOI 10.5281/zenodo.20722978
Comparator released
Quark family-rank/CKM concept DOI family 10.5281/zenodo.20722978; CKM global-fit corridors remain the external comparator family and the correlated covariance packet is still pending.
Upstream rails
MARIAMquark source complexfinite precision packetreal-J holonomyleft-access rowconstructor firewall
Sector
Flavor / quark CKM precision packet
Concept under test
Finite quark source complex with DU=diag(mu,mc,mt), DD=diag(md,ms,mb), and CKM as a path-ordered real-J holonomy VCKMsrc=R23 R13J R12 across the source sheets. Version 4.0 adds the finite precision packet rather than importing CKM decimals from observation.
Observable / dataset
Nine CKM magnitudes and JCKM against current global-fit corridors.
QTT target
Precision packet (n12,u12,n23,a13,pδ,qδ,nL)=(20,10,104,6,7,12,192), with s12prec=0.225042858584379, s23prec=0.042713531540749, s13prec=0.003708134796885, δprec=1.147687258136975, ε23L=1/(192 ρ), and VCKMsrc=R23 R13J R12.
Result / sigma
The v4.0 machine certificate enumerates 37=2187 finite precision packets and finds exactly one active precision survivor. The left-access matrix prints |VCKMacc|=(0.97434217,0.22504131,0.00370813; 0.22490809,0.97348226,0.04181682; 0.00858454,0.04109382,0.99911841), with the largest entry pull about 0.28 σ in the row-level audit. Global correlated CKM covariance remains a declared next packet, not a hidden fit.
Book anchor
QTT Main Book v10.01, pp. 1127-1148 and scorecard pp. 126-128; quark family-rank concept DOI 10.5281/zenodo.20722978.
Source links
Next check / falsifier
Freeze the v4.0 source and precision packet, then build the public CKM covariance row card without retuning. A failed correlated CKM likelihood, legal rival precision packet, or constructor smuggling would reopen the row.
Pull history
Supersedes the 2026-06-16 v2.1 Observatory wording: source-word enumeration and precision micro-provenance are no longer described as open. The global correlated CKM covariance packet, quark-mass source-word compiler, and baryon/proton unlock remain pending.
Enumeration card
Legal space
37 = 2187 declared precision packets.
Gates
Seven-slot packet gates are applied before the CKM comparator is opened.
Survivors
2186 packets excluded; one survivor: (20,10,104,6,7,12,192).
Timestamp
Closed in the quark family-rank/CKM concept family before the public Observatory comparison.
Reproduce / audit note
Use concept DOI 10.5281/zenodo.20722978. Enumerate the seven-slot precision packet (n12,u12,n23,a13,pδ,qδ,nL) over the printed 37 finite grid, require the v4.0 gates, keep the unique survivor (20,10,104,6,7,12,192), then build VCKMsrc=R23 R13J R12 and the left-access row. Do not use observed CKM entries to write the packet.
Observed PullsGREEN source/sheet framework / PENDING quark-mass compiler
max |z| 1.5Quark Family-Rank Source Sheets
The quark-mass row remains tied to the same v4.0 source object: up/down source sheets first, CKM holonomy and access windows second, and no six independent Yukawa knobs adjusted after observation.
In standard language
In mainstream terms, this card compares a frozen QTT target for Declared PDG-style quark-mass corridors in their appropriate schemes/scales. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Uncertainty is carried by the named comparator and any printed access-window convention; QTT does not get to retune the source target after reading that comparator.
QTT archived
2026-06-19 under concept DOI 10.5281/zenodo.20722978
Comparator released
Quark family-rank/CKM concept DOI family 10.5281/zenodo.20722978; PDG-style quark-mass corridors and scheme conventions remain external comparators.
Upstream rails
MARIAMfinite quark source complexDU sheetDD sheetscheme windows
Sector
Flavor / quark source sheets
Concept under test
MARIAM birth masses are read as sheet values transported through declared QCD, QED, electroweak, and scheme windows; the CKM holonomy then lives between the up and down source sheets.
Observable / dataset
Declared PDG-style quark-mass corridors in their appropriate schemes/scales.
QTT target
The access wrapper WqS RqYM Rqγ RqEW MqA.
Result / sigma
The CKM precision packet is now closed in v4.0, while the quark-mass source-word compiler is explicitly still pending. Earlier mass-sheet audits remain context, not a new green mass theorem.
Book anchor
QTT Main Book v10.01, pp. 1127-1148 and scorecard pp. 126-128; quark family-rank concept DOI 10.5281/zenodo.20722978.
Source links
Next check / falsifier
Close the quark-mass source-word compiler and precision scheme/branch maps; keep top convention maps separated from source birth values.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-06-19 under concept DOI 10.5281/zenodo.20722978
Reproduce / audit note
Use concept DOI 10.5281/zenodo.20722978. Keep source birth sheets and QCD/QED/EW/scheme readout maps distinct; do not treat top direct, pole, MC, and event-mass values as a single source mass.
Observed Pullsgreen readout windows
max |z| 0.144Light Pseudoscalar Readout Windows
The meson card keeps core and readout layers separate: isosymmetric QCD cores first, finite observation windows second.
In standard language
In mainstream terms, this card compares a frozen QTT target for PDG pion, kaon, η, and η-prime masses. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Uncertainty is carried by the named comparator and any printed access-window convention; QTT does not get to retune the source target after reading that comparator.
QTT archived
v10.01 book ledger; public book DOI 10.5281/zenodo.17527179
Comparator released
PDG pseudoscalar mass corridors.
Upstream rails
Lambda3chiral railreadout windows
Sector
Hadron / pseudoscalar windows
Concept under test
Chiral compression rail, anomaly core, and finite electromagnetic/isospin readout windows.
Observable / dataset
PDG pion, kaon, η, and η-prime masses.
QTT target
QTT chiral core plus the declared physical readout windows.
Result / sigma
Book scorecard reports pi0 -0.122, π± -0.131, K+ -0.00017, K0 +0.0035, η +0.114, η' +0.144 σ; core Mπ +0.134 and MK +0.351 σ.
Book anchor
QTT Main Book v10.01, pp. 1094-1095 and scorecard pp. 126-128.
Source links
Concept 10.5281/zenodo.17527179
Next check / falsifier
Do not compare core values to physical charged/neutral masses before the readout split.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
v10.01 book ledger; public book DOI 10.5281/zenodo.17527179
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Observed Pullsgreen-candidate access windows
max |z| 0.1Access-Law Baryon Charge-State Windows
The baryon rows test whether finite access windows can read charged baryon states without turning the core into observed mass by fiat.
In standard language
In mainstream terms, this card compares a frozen QTT target for Σ, Xi, Ω, proton/neutron mass-energy corridors and hyperfine companion rows. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Uncertainty is carried by the named comparator and any printed access-window convention; QTT does not get to retune the source target after reading that comparator.
QTT archived
v10.01 book ledger; public book DOI 10.5281/zenodo.17527179
Comparator released
PDG/CODATA baryon and mass-energy corridors.
Upstream rails
Lambda3A6 singletcharge windows
Sector
Hadron / baryon access
Concept under test
A6 color-singlet endurance core plus charge-state access/projector windows.
Observable / dataset
Σ, Xi, Ω, proton/neutron mass-energy corridors and hyperfine companion rows.
QTT target
Declared access windows for each baryon charge state and metrology layer.
Result / sigma
Book scorecard: Σ states <0.10 σ, Xi states <0.004 σ, Ω - at +0.000009 σ; eV-CODATA p/n row below 0.006 σ.
Book anchor
QTT Main Book v10.01, pp. 1094-1103 and scorecard pp. 133-144.
Source links
Concept 10.5281/zenodo.17527179
Next check / falsifier
Complete atomic-mass-chain and isotope covariance access maps before upgrading the metrology rows beyond green-candidate.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
v10.01 book ledger; public book DOI 10.5281/zenodo.17527179
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Observed Pullsgreen-α readout
max |z| 0.038Higgs/Fermi Scalar-Lock Readouts
The Higgs/Fermi card separates the scalar-lock readout from the yellow quartic Higgs prediction.
In standard language
In mainstream terms, this card compares a frozen QTT target for Fermi constant, Higgs vev shadow, and Higgs radial mode. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Uncertainty is carried by the named comparator and any printed access-window convention; QTT does not get to retune the source target after reading that comparator.
QTT archived
v10.01 book ledger; public book DOI 10.5281/zenodo.17527179
Comparator released
PDG/electroweak Higgs and Fermi constant comparators.
Upstream rails
scalar lockHiggs subchargeFermi readout
Sector
Electroweak / scalar lock
Concept under test
Higgs modular subcharge and scalar-lock ruler.
Observable / dataset
Fermi constant, Higgs vev shadow, and Higgs radial mode.
QTT target
vlab = 246.219650916 GeV; GF = 1.16637869885×10−5 GeV−2; mh = 125.204157668 GeV.
Result / sigma
Scorecard reports v below 0.001 σ, GF -0.0019 σ, and h(125) +0.038 σ.
Book anchor
QTT Main Book v10.01, pp. 971-981, p. 1056, and scorecard p. 128.
Source links
Concept 10.5281/zenodo.17527179
Next check / falsifier
Quartic hhhh self-coupling is a separate waiting-for-observation row.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
v10.01 book ledger; public book DOI 10.5281/zenodo.17527179
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Observed Pullsstrong-coupling source form and lattice audits
max |z| 0.111QCD Strong Anchor, String Tension, and Glueball Transfers
This card now uses the strong-coupling form theorem and the A6 Hadamard v4.0 compact-color kernel theorem as the current QCD dependency pair, while keeping string-tension and glueball transfers as downstream audits.
In standard language
The QCD sheet scale, string tension, and glueball rows are downstream of a locked strong-coupling/A6 half-share source chain. Lattice and PDG corridors are comparators, not fitting inputs.
Theory-side sensitivity
The QCD sheet scale is dimensionful and therefore inherits the source-ruler sensitivity, while αs and ratios are cleaner dimensionless checks. Lattice convention choices remain visible.
QTT archived
v10.01 book/site ledger; public DOI integration pending
Comparator released
PDG αs and lattice pure-gauge/string-tension comparator families; A6 compact-color kernel concept DOI 10.5281/zenodo.20744161.
Upstream rails
Lambda3NICKA6 half-shareσ3glueball transferchiral rail
Sector
QCD / glueball and string rails
Concept under test
NICK strong anchor, A6 Hadamard center-sheet half-share, βZ micro-provenance, compact-color kernel uniqueness, SUJ(3) Haar-root readout, A6-blocked string tension, and finite glueball transfer rails.
Observable / dataset
αs(mZ), static-source string tension, and pure-gauge lattice glueball spectra.
QTT target
χYM(mZ) = 2/3 + 1/(4 ρ2), ρ = 2·π cos(π/8); αs(mZ) = 0.11805244792; Φ3(U)=(1/3)ReJ Tr(U); KβZQTT(U)=exp[(βZ/3)ReJ Tr(U)]; βZ = 4.04451443141649; c3/c1(βZ)=0.849017324821154; √(σ3)=444.25315096 MeV; QTT scalar/tensor/pseudoscalar glueball masses.
Result / sigma
Strong-coupling theorem records αs +0.058 σ against 0.1180 ± 0.0009. The A6 v4.0 theorem preserves SA6(k=±1)=1/2 and βZ/Haar-root closure, then closes the compact-color transfer kernel itself inside the declared first-order QTT source class. Against the static-source comparator 445(3)(6) MeV the pull remains about -0.11 σ. Book scorecard also reports glueball transfers +0.013, +0.004, and -0.049 σ.
Book anchor
QTT Main Book v10.01, scorecard pp. 126-128; strong-coupling concept DOI 10.5281/zenodo.20625550; A6 half-share concept DOI 10.5281/zenodo.20744161.
Next check / falsifier
Keep pure-gauge lattice audit separate from mixed experimental resonance assignments. Future string-tension, HVP vector, chiral, and glueball rows must use the locked half-share and σ3 scale without retuning.
Enumeration card
Legal space
Strong-coupling source form plus A6 half-share first-order compact-color class.
Gates
Φ3(U), βZ/Haar-root chain, SA6=1/2, and source-kernel uniqueness are frozen before lattice/PDF comparisons.
Survivors
One QCD sheet scale √(σ3)=444.25315096 MeV is carried downstream.
Timestamp
Strong-coupling concept DOI 10.5281/zenodo.20625550 and A6 concept DOI 10.5281/zenodo.20744161.
Reproduce / audit note
Use concept DOI 10.5281/zenodo.20625550 for the strong-coupling source form and concept DOI 10.5281/zenodo.20744161 for the A6 half-share/kernel family. Hold Φ3(U), KβZQTT(U), ρ, χZ, βZ, c3/c1(βZ), SA6(k=±1)=1/2, and √(σ3)=444.25315096 MeV fixed before comparing string tension or rerunning glueball rows.
Observed PullsA6 half-share theorem / static-source audit
max |z| 0.111A6 Compact-Color Kernel and QCD Sheet Scale
The A6 Hadamard v4.0 paper closes the compact-color transfer kernel upstream of the QCD sheet scale. Inside the declared first-order QTT compact-color source class, the only legal nonconstant generator is Φ3(U)=(1/3)ReJ Tr(U), forcing KβZQTT(U)=exp[(βZ/3)ReJ Tr(U)].
In standard language
A symmetric A6 center-sheet boundary crossing fixes a half-share. That half-share locks the QCD sheet scale before the static-source string-tension comparator is opened.
Theory-side sensitivity
Theory sensitivity is the legal-class statement for the compact-color kernel. Comparator sensitivity is the static-source string-tension uncertainty and convention matching.
QTT archived
2026-06-18 under concept DOI 10.5281/zenodo.20744161.
Comparator released
A6 Hadamard Center-Sheet Half-Share Theorem published 2026-06-18; static-source lattice/string-tension comparator family as cited in the paper.
Upstream rails
A6 half-shareHadamard crossingσ3static-source string tensionconstructor firewall
Sector
QCD / A6 center-sheet scale
Concept under test
The center sheet is not allowed to choose 1/3, 2/3, or 1 for one minimal crossing. The legal symmetric crossing is SA6(k=±1)=1/2. Version 4.0 keeps ρ, χZ, βZ, c3/c1(βZ), and s3A6, and adds that the compact-color source kernel itself is forced before the QCD sheet scale is compared against static-source string tension.
Observable / dataset
Static-source string tension after source/readout conventions are matched.
QTT target
SA6(k=±1)=1/2; Φ3(U)=(1/3)ReJ Tr(U); KβZQTT(U)=exp[(βZ/3)ReJ Tr(U)]; βZ=6chi_Z=4.04451443141649; c3/c1(βZ)=0.849017324821154; s3A6=1.76228797539733; √(σ3)QTT=444.25315096 MeV; σ3QTT=0.1973608621 GeV2.
Result / sigma
Using the audit comparator √(σstat)=445(3)(6) MeV, the locked QTT source value sits at about -0.11 σ. The comparator reads the already-locked source scale; it does not set the half-share, βZ, kernel, or Haar-root coefficient. This is explicitly a QTT source theorem inside Artian's Universe, not a Clay-style proof inside smooth-continuum Yang-Mills.
Book anchor
A6 half-share concept DOI 10.5281/zenodo.20744161. QTT Main Book v10.01 QCD/string/glue scorecard pp. 126-128 and color/QCD source anchors around pp. 1008-1020.
Source links
Next check / falsifier
Sharper lattice/static-source determinations should test the same locked value after the source/readout convention is declared. A stable decisive departure from 444.25315096 MeV in the declared convention would reopen the A6 center-sheet, compact-color kernel, and Haar-root chain.
Pull history
Promotes the A6 half-share from a book-printed QCD chain assumption into its own citable theorem; v3.0 closed βZ/Haar-root provenance, and v4.0 closes compact-color kernel uniqueness under concept DOI 10.5281/zenodo.20744161.
Enumeration card
Legal space
Minimal symmetric two-side center-sheet crossing.
Gates
A6 forbids a preferred side; the capacity-preserving Hadamard block fixes p = 1/2.
Survivors
SA6(k=±1)=1/2 and the first-order compact-color kernel survive; other shares are illegal for the declared crossing.
Timestamp
A6 compact-color concept DOI 10.5281/zenodo.20744161 before downstream HVP/chiral/glueball rows.
Reproduce / audit note
Start from the two-side center-sheet crossing. A6 forbids a preferred side, so the capacity-preserving Hadamard block fixes p=1/2 and SA6(k=±1)=1/2. Then force Φ3(U)=(1/3)ReJ Tr(U) and KβZQTT(U)=exp[(βZ/3)ReJ Tr(U)] inside the declared first-order compact-color class; use βZ=6chi_Z and c3/c1(βZ)=0.849017324821154 to obtain √(σ3)=444.25315096 MeV. Only then compare to the static-source string-tension corridor.
Observed PullsGREEN RETRODICTIVE STRUCTURAL CONFIRMATION / RELATIVE PUBLIC PRIORITY CERTIFIED / QTT commutator verdict open
82/82 integrated release checks; 8,407/8,407 deterministic access-audit checks; no commutator σ assignedThermodynamic Access-Intertwining Retrospective Audit
Published information-thermodynamic work data and an independent finite-chain reconstruction confirm that the same state can change extractable-work status when the permitted operation and record-access class changes. Observation as Access v11.01 preserves the central-effect construction and adds a dated QTT/standard/Cho-Lee claim-allocation certificate plus an independent record-qualification interface for the unchanged sealed same-effect test.
In standard language
In mainstream terms, the retrospective rows are information-thermodynamic demonstrations that allowed controls and accessible records change extractable work. QTT's additional move is to construct one central effect before data and require that object to enter both thermodynamic and canonical readouts.
Theory-side sensitivity
Uncertainty is carried by the named comparator and any printed access-window convention; QTT does not get to retune the source target after reading that comparator.
QTT archived
First public QTT object: 2026-05-10T22:53:41.208678Z under concept DOI 10.5281/zenodo.20114403; current public family release v11.01 archived 2026-09-03 as Zenodo record 22274440.
Comparator released
Cho and Lee arXiv:2609.01303v1, submitted 2026-09-01T14:30:37Z, is the seventh external comparator and an independent qualification-method candidate. Its finite-library theorem and hardware rows are not QTT evidence.
Upstream rails
coherent-survival kernelpositive unital centralizationcentral effect Awcomplete physical instrumentmutual information densityextractable-work ceilingAccess-Law uncertainty floorsharp-projector recoveryscalar-inversion no-go
Sector
Foundations / thermodynamic access and measurement ontology
Concept under test
The QTT theorem builds Aw(L)=I-Zw[Kcoh(L)dagger Kcoh(L)], proves 0≤Aw≤I and η=Tr(ρ Aw), and then carries the same effect family into iA=N−1 I(K:Q), the thermodynamic work ceiling, and the Access-Law uncertainty floor. It also proves iA≠η in general, blocking any inversion of an observed work gain into a convenient QTT operator. The earlier central-projector theorem is recovered exactly when Aw is sharp.
Observable / dataset
Retrospective: access-class-dependent extractable work, exact mutual-information accounting, and finite-chain work differences reconstructed from public theory/data receipts. Prospective: one authenticated physical route read independently through work tomography and an untouched closed quadrature loop.
QTT target
Retrospective structural gate: the work ordering and information accounting must follow the declared access-class inclusion without a target-fitted QTT coefficient. Prospective QTT gate: an external retained-record certificate must first return APPROVE, every original activation gate must pass, and only then may the same independently constructed effect populate the unchanged frozen loop surface under concept DOI 10.5281/zenodo.22236546.
Result / sigma
GREEN-RETRODICTIVE-STRUCTURAL-CONFIRMATION and QTT-ZERO-FIT-SOURCE-EXPLANATORY-VICTORY for the common access object. The first QTT public object predates Cho and Lee's arXiv:2609.01303v1 by 113 days 15 hours 36 minutes, establishing relative priority for the QTT finite-address ontology and Access Law. Standard information thermodynamics and generic record-sufficiency mathematics retain standard ownership; Cho and Lee retain ownership of their finite-library completion/refusal theorem and hardware demonstrations. The retrospective rows do not test the QTT commutator.
Book anchor
Observation as Access Version 11.01 under concept DOI 10.5281/zenodo.20114403; same-central-effect preregistration concept DOI 10.5281/zenodo.22236546; Cho and Lee arXiv:2609.01303v1; QTT Main Book v10.01 Access-Law, A1, A5-X, A6, A7, Born/projection, entropy, and completed-record anchors.
Source links
Next check / falsifier
Obtain an independently produced Cho-Lee-style qualification certificate without importing its retained statistic as a QTT completed record. APPROVE makes the unchanged sealed analysis eligible after every original activation gate passes; REFUSE or DEFER returns INELIGIBLENOTHEORY_VERDICT. A qualified unity loop that excludes the QTT surface falsifies the scoped same-effect consequence.
Pull history
The first Observation as Access object was created on Zenodo at 2026-05-10T22:53:41.208678Z with manuscript date 11 May 2026 under concept DOI 10.5281/zenodo.20114403. Cho and Lee's arXiv:2609.01303v1 followed at 2026-09-01T14:30:37Z. Version 11.01 was published on 2026-09-03 with the dated chronology certificate and independent finite-record qualification interface.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
First public QTT object: 2026-05-10T22:53:41.208678Z under concept DOI 10.5281/zenodo.20114403; current public family release v11.01 archived 2026-09-03 as Zenodo record 22274440.
Reproduce / audit note
Use Observation as Access concept DOI 10.5281/zenodo.20114403. For v11.01, run the integrated 82/82 verifier, the 11,286/11,286 effect-theorem verifier, the 8,407/8,407 retrospective audit, the 79/79 chronology-and-scope certificate, and the 331/331 finite-count interface audit. Confirm the original sealed target and hashes are unchanged.
No-Retune and Internal Audits
No-Retune and Internal Audits
Rows whose key point is a frozen readout, pipeline, or covariance audit rather than a new fitted parameter. 16 Observatory records in this category. Each card states the concept under test, observed quantity, QTT target, result, book page anchor, and next falsifier or check.
No-Retune and Internal AuditsSealed conditional protocol / independent source-and-access annex and unread STAR target pending
No held-out QTT result or empirical σ is reported.One finite STAR source across species, pairs, triples and fourth order
The amended protocol predicts six reported correlations and scores five independent components. Exact unequal-species weights, joint covariance, independent eligibility review and two-direction sensitivity checks are fixed before unblinding. The inclusive pair is a reconstruction check, not duplicated information.
In standard language
Can one independently specified finite collision source predict five independent momentum-correlation components across particle species and orders? The amended test fixes exact unequal-species response, joint uncertainty and symmetric eligibility checks before revealing the measurements.
Theory-side sensitivity
The design targets 90% joint correct discrimination in each direction against a specified alternative. Synthetic power checks are not experimental evidence or a probability that QTT is true.
QTT archived
Sealed-test v2.0 published 2026-10-02 under concept DOI 10.5281/zenodo.23100597; v1.0 seals and discovery chronology are preserved.
Comparator released
Published inclusive STAR rows informed discovery. A custodian-confirmed unread species and higher-order target and independent source/response annex remain pending.
Upstream rails
A6 finite-capacity realizationA7 occupied-sector completion (conditional)Access Law: calibrated transferA2 persistence (indirect)A1 not isolated
Sector
Heavy-ion finite-source test / species and higher-order momentum correlations
Concept under test
The source covariance sign is determined by the prepared occupation-count fluctuations. Under an independently selected uniform fixed-count source, pair, triple and corrected fourth moments must share one support and transfer.
Observable / dataset
Species-centered pion/pion, pion/proton and proton/proton pairs, plus third and connected fourth moments of their selected union on one held-out event sample; the union pair is reported separately as a reconstruction check.
QTT target
Gamma=-f(1-f)DJ/(S-1); at fixed half loading H3=0 and H4tilde/H22=6/(S-3), after the exact domain correction.
Result / sigma
Protocol, chronology, analysis code and synthetic checks are sealed. No numerical Au+Au prediction vector is activated until support, population, response, covariance and an unviewed target are independently documented. Existing STAR rows remain discovery data.
Book anchor
Sealed-test v2.0 PDF, 11 pages: STAR measurement recipe p. 1-2; axiom scope p. 3-4; exact hierarchy and species transfer p. 4-6; sensitivity and outcome interpretation p. 6-8; activation and verdict p. 8-10; chronology and references p. 10-11.
Source links
Next check / falsifier
Obtain a custodian-confirmed unread species/higher-order target; derive and seal the independent Au+Au source-and-access annex before unblinding. Preserve null, adverse and ineligible outcomes.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
Sealed-test v2.0 published 2026-10-02 under concept DOI 10.5281/zenodo.23100597; v1.0 seals and discovery chronology are preserved.
Reproduce / audit note
Run the 20 verification tests in the v2.0 reconstruction archive. Activate the physical source, response and unread target only through the frozen annex; preserve qualified rejection and exploratory unexpected channels separately. A pass tests the specified realization, not A1 or all QTT axioms.
No-Retune and Internal AuditsConditional source/transfer theorems proved / STAR discovery screen executed / physical source and joint-covariance validation pending
No QTT empirical σ. RMS log discrepancies are descriptive discovery scores.STAR momentum-correlation dip: finite-reservoir discovery audit
Finite shared support admits an exact fluctuation-deficit law, dynamical memory and response-cancelling pair/triple tests. V3 adds the connected fourth-order domain correction, an all-orders selected-record functional and a support-identifiability counterexample. A separate inherited-color-scale candidate is evaluated against public STAR centrality rows.
In standard language
In mainstream terms, this card compares a frozen QTT target for STAR event-weighted distinct-track momentum covariance, centrality ratios, and prospective species-centered pair, triple and domain-corrected fourth-order observables. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Uncertainty is carried by the named comparator and any printed access-window convention; QTT does not get to retune the source target after reading that comparator.
QTT archived
V3.0 published 2026-10-01 under concept DOI 10.5281/zenodo.23066809; preserves the discovery audit first published 2026-09-30.
Comparator released
STAR HEPData 181421, version 1, inspected before construction of the discovery candidate; exact tables and their hashes are preserved in the reconstruction archive. No held-out experimental prediction is claimed for these rows.
Upstream rails
A2 supportA6 capacityA7 completionfinite occupation lawcollision memoryspecies and detector response
Sector
Heavy-ion source fluctuations / selected momentum correlations
Concept under test
A2 endurance, A6 capacity and A7 completion motivate the source. Effective support, preparation, species response and event selection remain explicit premises, rather than quantities inferred from the dip amplitude.
Observable / dataset
STAR event-weighted distinct-track momentum covariance, centrality ratios, and prospective species-centered pair, triple and domain-corrected fourth-order observables.
QTT target
Δ Kst=Φst·as·at·[Var(L)-M·f·(1-f)]/[M·(M-1)].
Result / sigma
Four disclosed discovery branches: the 444 MeV candidate has RMS log discrepancies 0.108061 for seven primary ratios and 0.125721 over 42 ratios, versus 0.359194 and 0.179621 for independent-source scaling. It is worse than that baseline in the separate 3 GeV stress view. Neither continuous dip coefficients nor the inherited scale were retuned. Branch choice is target-informed and the full joint covariance is unavailable.
Book anchor
STAR finite-reservoir manuscript v3.0, 30 pages: axiom cards pp. 1-2; source and memory proofs pp. 5-10; selected-event transfer pp. 11-13; triple/orbit results pp. 14-16; fourth-order transfer pp. 16-18; all-orders response p. 18; support and species tests pp. 19-21; discovery comparison pp. 22-25; interpretation and appendices pp. 26-30.
Source links
Next check / falsifier
Independently construct the populated charge-resolved Au+Au source and collision-memory/readout map; freeze them before species, centrality and new-data validation. Do not treat the reported STAR non-monotonicity significance as a QTT significance.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
V3.0 published 2026-10-01 under concept DOI 10.5281/zenodo.23066809; preserves the discovery audit first published 2026-09-30.
Reproduce / audit note
Re-run the retained and V3 verification suites and both discovery checks in the reconstruction archive. Preserve all four branch scores, the adverse 3 GeV stress view, the full joint-covariance requirement, and the conditional domain-partition subtraction for the fourth-order test.
No-Retune and Internal AuditsConditional theorem verified / synthetic numerical reconstruction / laboratory validation pending
No empirical σ. Synthetic model and numerical checks only.Same quantum channel, different local supply cost
Two exactly channel-equivalent contacts deplete different local free energy. Prefix means reconstruct that cost without a coupling fit; a sharp interval characterizes all qubit implementations with the same endpoint channel.
In standard language
In mainstream terms, this card compares a frozen QTT target for Prefix excitation means and independently measured outgoing-unit populations or coherences; fixed calibrated preparation, energy gap and reference temperature. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Uncertainty is carried by the named comparator and any printed access-window convention; QTT does not get to retune the source target after reading that comparator.
QTT archived
2026-09-29 under concept DOI 10.5281/zenodo.23039290
Comparator released
Comparator/source date not yet machine-pinned in the site ledger.
Upstream rails
A1-A7access railbook ledger
Sector
No-Retune and Internal Audits
Concept under test
Physical contact selection and resource selection are separate observation questions. The qualified finite supply-unit history retains information erased by endpoint reduction.
Observable / dataset
Prefix excitation means and independently measured outgoing-unit populations or coherences; fixed calibrated preparation, energy gap and reference temperature.
QTT target
Cloc=ε·Δ+kB·T0·(sumj h(q-dj)-M·h(q)), with the exact negative outgoing-coherence correction when needed.
Result / sigma
The witness cost gap 0.0309620239097 kB·T0 is independently reproduced. General-M reachable intervals, finite errors, full density matrices and known collective Otto benchmarks pass numerical checks. All rows are synthetic. The chosen contact and the strongest matched microscopic QM comparator share the same predictions and no target fits.
Book anchor
Finite-Resource Contacts in Collective Quantum Engines v1.0: exact kernels, local resource balances, sharp interval, coherence correction, error bounds, identification and Otto cycles.
Source links
Next check / falsifier
Qualify an actual collision device, retain predetermined prefix records and compare reconstructed depletion with independently measured outgoing marginals under a frozen joint error budget. This paper is not a sealed experimental preregistration.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-09-29 under concept DOI 10.5281/zenodo.23039290
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
No-Retune and Internal AuditsConditional source instrument closed / two-platform retrospective benchmark reproduced / complete calibration and adverse cases retained
Recurrence accuracy gain: 9.0590 percentage points, not a discovery σ. Ion calibration p=0.08618 and p=0.018875 retained. No QTT-versus-QM significance.Completed-event transport: older records improve prediction across two platforms
A normalized physical instrument connects qualified source transport to joint record probabilities and exact prediction budgets. In the superconducting archive, four earlier records improve next-outcome accuracy from 73.2183% to 82.2774%, and outperform the latest reading alone by 2.4895 percentage points. The complete trapped-ion benchmark remains part of the paper.
In standard language
In mainstream terms, this card compares a frozen QTT target for Liu and colleagues: all 495 superconducting recurrence settings and 19.8 million archived 20-bit trials, forecasting the fifth bit from the first four. Feng and colleagues: 32,000 depth-four tree records from 6,400 trapped-ion hardware shots in 800 jobs. The platforms have different tasks and their sampling units are not pooled. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Uncertainty is carried by the named comparator and any printed access-window convention; QTT does not get to retune the source target after reading that comparator.
QTT archived
2026-10-06 under concept DOI 10.5281/zenodo.22962169
Comparator released
Comparator/source date not yet machine-pinned in the site ledger.
Upstream rails
A1-A7access railbook ledger
Sector
No-Retune and Internal Audits
Concept under test
Hiding a stored detector outcome means summing its physical outcome maps, not undoing the interaction. For nested retained records, the model Brier-risk reduction equals the mean squared change in posterior probability. QTT supplies a conditional source reading; the matched quantum instrument has the same probabilities and zero target fits.
Observable / dataset
Liu and colleagues: all 495 superconducting recurrence settings and 19.8 million archived 20-bit trials, forecasting the fifth bit from the first four. Feng and colleagues: 32,000 depth-four tree records from 6,400 trapped-ion hardware shots in 800 jobs. The platforms have different tasks and their sampling units are not pooled.
QTT target
Seven fixed record selections on each platform; no fitted outcome probabilities, noise or contrast. Recurrence forecasts use programmed circuit controls, all settings, explicit unsupported-history fallback and ten calibration bins. The original 224,000 ion forecasts, 960,000 sequential probabilities and 235-moment test are retained with their retrospective chronology.
Result / sigma
Recurrence: all-four Brier loss 0.129207 versus 0.186361 without records; calibration error 0.046579, with 28 adverse settings and 643,566 ideal-unsupported trials retained. The gain stays positive under arbitrary unsupported-history fallback. Ion: 992,000 raw bits and 32,000 decoder scores reproduce exactly; all 30 sample prediction gains are positive. Primary p=0.08618 and supplementary p=0.018875 are both reported. Fresh extraction reproduces 17 scientific files byte-for-byte and 14 arrays exactly. Both matched descriptions use zero outcome fits and identical probabilities.
Book anchor
Standalone v2.0, 17 pages: introduction and fourth-face box pp. 1-3; source and record-law proofs pp. 4-6; ion calibration and results pp. 6-9; recurrence instrument and results pp. 9-11; matched burden and scientific scope pp. 12-13; calibration-first follow-up pp. 13-14; full ion tables, replay and references pp. 14-17.
Source links
Next check / falsifier
Independently select an apparatus response coefficient or contact relation, qualify preparation and detector sampling with joint uncertainties, then freeze predictions for reserved runs. The fourth-face scale cancels from these normalized probabilities; the archives test record instruments, not 4 π directly. A changed interpretation alone does not create a QTT-versus-QM likelihood difference.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-10-06 under concept DOI 10.5281/zenodo.22962169
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
No-Retune and Internal AuditsSource-contact construction closed / archival replay reproduced / shared-model residual tension
Main nominal p=0.0188753; full six-setting p=0.0442603. No QTT-versus-QM significance.One record contact, two uses: Bell overlap and weak-record reconstruction
A specified completed-event marker contact yields both the unresolved Bell overlap and the resolved weak-measurement instrument. An independent backward-tree decoder reproduces every stored success/failure score in the 40,032-record Feng archive. The theorem connects two uses of one contact; the archive checks the shared instrument implementation.
In standard language
In mainstream terms, this card compares a frozen QTT target for Feng et al., Communications Physics 9, 110 (2026): retained weak-measurement tree records, root outcomes and hardware-job grouping. The 40,032 tree records arise from 7,952 hardware shots in 994 jobs; they are not 40,032 independent shots. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Structural row: no σ or theory error bar is assigned until a numerical comparator and covariance packet are declared.
QTT archived
2026-09-25 under concept DOI 10.5281/zenodo.22956937
Comparator released
Comparator/source date not yet machine-pinned in the site ledger.
Upstream rails
A1-A7access railbook ledger
Sector
No-Retune and Internal Audits
Concept under test
Record profiles retain which-branch information. Summing the complete marker gives γ=sin(θ); resolving it gives K0=diag(cos(θ/2),sin(θ/2)) and K1=diag(sin(θ/2),cos(θ/2)). Matched-source receiver transport and the finite phase-loop theorem are separately proved and are not measured by this archive.
Observable / dataset
Feng et al., Communications Physics 9, 110 (2026): retained weak-measurement tree records, root outcomes and hardware-job grouping. The 40,032 tree records arise from 7,952 hardware shots in 994 jobs; they are not 40,032 independent shots.
QTT target
Independently decode each retained tree before comparing its inferred root to the held-out root label. Preserve the published θ settings and circuit; add no QTT-specific fit, normalization or selected window. Compute job-cluster residual covariance.
Result / sigma
All 40,032 archived decoder scores reproduce. Packed raw JSON crosschecks 33,632 records; the 6,400-record pilot is HDF5-only. Main five-setting batch: W=13.5315828, df=5, p=0.0188753. All six settings: W=12.9239112, df=6, p=0.0442603. These nominal retrospective diagnostics assume independent jobs and show modest tension with the common ideal instrument. Both QTT and QM assign the same matched-instrument probabilities, with no additional target-fit coefficient on either side.
Book anchor
Completed-Event Bell Reconstruction v2.0, 35 pages: marker and detector contact pp. 11-14; finite receiver construction pp. 19-22; common-contact archive execution pp. 23-26; achievements pp. 28-30; reproduction pp. 32-33.
Source links
Next check / falsifier
Independently qualify one physical contact that fixes the complete record overlap and receiver comparison response. Freeze the common apparatus, preparation, calibration and error budget before testing any additional QTT restriction against the fully specified quantum comparator.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-09-25 under concept DOI 10.5281/zenodo.22956937
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
No-Retune and Internal AuditsRECORDED MIRROR PATTERN PASS / CONDITIONAL AREA-MODEL RESULT / MATERIAL ATTRIBUTION OPEN
4.675 conditional area-model sensitivityDNTT Mirror-Current Pattern Audit
The public KU Leuven molecular-network archive has opposite central magnetic-current asymmetries for S-DNTT and R-DNTT at all six declared biases. Independent raw parsing and area-level uncertainty reproduce this necessary-pattern agreement with the QTT chiral-source framework. This retrospective audit separates recorded structure from a material-qualified or QTT-exclusive explanation.
In standard language
The two mirror molecules show opposite current changes when magnetization is reversed. The QTT conditional mirror relation agrees with the recorded central signs. Distinct acquisition dates prevent an attribution against unrestricted day-dependent response.
Theory-side sensitivity
Approximately 4.7 σ is a linearized independent-area sensitivity, not an unconditional discovery, QTT-vs-QM statistic or formal σ-pull histogram entry. Shared preparation errors and date effects are not inferred from sweep counts.
QTT archived
Standalone audit v1.0, 2026-10-08, concept DOI 10.5281/zenodo.23236716. Source dependency v1.3 remains separately indexed; no prospective seal is changed.
Comparator released
KU Leuven RDR version 1.0 released 2026-02-10; associated JACS experiment published in 2025. The archive was inspected on 2026-09-28 before this extended uncertainty execution.
Upstream rails
A4 signed sourceA5 completed interface eventA6 finite graph classA7 completionqualified common access kernelarea covariancerecorded-date identification
Sector
Chiral molecular transport / retrospective current-pattern audit
Concept under test
A one-generator chirality-odd source through an independently qualified common access kernel implies opposite normalized mirror profiles. The four-current log contrast cancels separable molecular and magnetic gains. Its coefficient is an exact interaction coordinate, not an inferred capacity quantum.
Observable / dataset
2,603 molecular sweeps in 23 nominal areas from doi:10.48804/PCL3C0, version 1.0. Six biases: -1.5, -1, -0.5, +0.5, +1, +1.5 V. The four molecular/magnetic cells have four distinct recorded dates.
QTT target
Under the stated common-kernel premises, normalized pR=-normalized pS. Measured coordinate: Xi=(1/4) log[(JS,+ JR,-)/(JS,- JR,+)]. No numerical DNTT transfer matrix or absolute polarization is constructed by this audit.
Result / sigma
Mean Xi=0.3650022144; independent-area δ-method SE=0.0475168180; Welch t=7.6815, df=13.3576, two-sided p=2.9391×10−6, normal-equivalent sensitivity 4.6750. This excludes unmeasured day/preparation error and search multiplicity. Raw shape cosine=0.98726 with fitted relative amplitude and nonzero residual; it is descriptive, not a calibrated rank-one acceptance test. All 23 area-deletion mean contrasts stay positive. Recorded dates exactly span the interaction. The full six-point control-corrected shape test is ineligible because control endpoints are missing.
Book anchor
Audit v1.0: source theorem and book anchors pp. 2-4; interaction algebra pp. 5-6; numerical covariance and shape pp. 6-9; date-identification theorem pp. 9-10; accounting and falsifiers pp. 11-13. Book v10.01 pp. 48, 80-82, 263-266 and 912-916.
Source links
Next check / falsifier
Obtain a verified preparation/tip/reversal schedule and complete matched controls; independently construct the DNTT event and analyzer map. Use crossed acquisition blocks for a material-qualified test. The earlier CISS length/defect seal remains unchanged.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
Standalone audit v1.0, 2026-10-08, concept DOI 10.5281/zenodo.23236716. Source dependency v1.3 remains separately indexed; no prospective seal is changed.
Reproduce / audit note
The reconstruction ZIP reproduces 7,219 usable raw entries, all four empty files, 23 molecular-area means, controls, covariance and 20,000 whole-area bootstrap draws. Run reproduce.py with the original archive, then verify.py for 324 arithmetic/algebra checks. These checks are not independent experiments.
No-Retune and Internal Auditsindicator atlas closed / no-retune protocols printed / direct clock observation pending
indicator-only residuals; no QTT clock pullAbsolute-Clock Laboratory Discriminator Atlas
The atlas audits laboratory anomalies that could motivate an absolute-clock test without promoting unexplained residuals into clock observations. It ranks precision G, dual-geometry Moessbauer rotation, same-flux neutron comparison, DSN flyby reprocessing, Faraday reference switching, and the sealed dual-clock Sagnac fork under one nuisance-identifiability rule.
In standard language
In mainstream terms, this card compares a frozen QTT target for Cross-method and cross-material precision-G residuals, rotating Moessbauer geometry dependence, neutron beam/bottle and electron/proton channel differences, flyby residuals, Faraday reference switching, and the dual-clock Sagnac ratio. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Indicator significance and QTT discrimination are separate columns. The largest nominal residual does not control the ranking unless its proposed clock waveform is covariance-identifiable and transfers across cameras without source retuning.
QTT archived
2026-07-18 under concept DOI 10.5281/zenodo.21428128
Comparator released
CODATA 2022, NIST Metrologia 2026, and the dated primary laboratory records listed in the atlas. The dual-clock Sagnac outcome remains future and sealed.
Upstream rails
source-readout firewallnuisance orthogonalityprecision GMoessbauer rotationneutron channelsflyby DSNFaraday switchingdual-clock Sagnac
Sector
Foundations / precision metrology / absolute-clock discrimination
Concept under test
A laboratory row is modeled as Xdlab=Cd[Xsrc;T,τ,ed]+bd+εd while the source is frozen. A proposed clock waveform is identifiable only through its covariance-weighted component qperp=(I-PX)q outside the nuisance span. Large residuals inside that span remain indicators, not QTT observations.
Observable / dataset
Cross-method and cross-material precision-G residuals, rotating Moessbauer geometry dependence, neutron beam/bottle and electron/proton channel differences, flyby residuals, Faraday reference switching, and the dual-clock Sagnac ratio.
QTT target
Indicator gate: ||qperp||2_{Σ−1}>0 before any clock significance is assigned. Sealed discriminator: Rstandard=1 versus RQTT=cos(π/8)=0.9238795325112867. Precision-G replication must synchronize methods, materials, azimuth, tide, environmental controls, blinding, and covariance before opening a clock waveform.
Result / sigma
FRAMEWORK CLOSED / OBSERVATION PENDING. The NIST 2026 G value is 4.05 σ below the earlier BIPM14 result from the same apparatus but 1.05 σ from CODATA; material-persistent torque offsets are nominally 6 and 7 σ. Those are replication indicators, not a derived absolute-clock signal. The historic 5.9-year G periodicity is rejected as evidence. Atomic-clock and radioactive-decay rows are retained as negative controls.
Book anchor
Absolute-clock atlas concept DOI 10.5281/zenodo.21428128, especially pp. 6-16 and the falsification atlas; QTT Main Book v10.01 pp. 220-235, 480-498, 486-493, 554-573, 916-920, and 1192-1199.
Source links
Next check / falsifier
Derive the unique QTT G-access waveform before testing G time series; execute synchronized multi-method replication with sealed nuisance/covariance packets; preserve the dual-clock Sagnac preregistration unchanged; and report null, nuisance-degenerate, source-failure, or discriminator outcomes without retuning the source.
Pull history
Version 1.01 was published on 2026-07-18 under concept DOI 10.5281/zenodo.21428128. It corrects the public citation surface to the stable concept DOI without changing the scientific atlas.
Enumeration card
Legal space
Nine ranked rows: six experimental programmes plus three controls/rejected claims, each scored on significance, orthogonality, transfer, source specificity, and practical executability.
Gates
Primary-source comparator; declared constructor ledger; nuisance-orthogonality test; cross-camera transfer; sealed null; explicit kill condition; no-retune source derivative.
Survivors
Precision G is the strongest current indicator; dual-clock Sagnac is the sharpest sealed prospective discriminator. No current row is promoted to an observed absolute-clock signal.
Timestamp
Publicly archived 2026-07-18 under concept DOI 10.5281/zenodo.21428128.
Reproduce / audit note
Use concept DOI 10.5281/zenodo.21428128. Run the included verifier, keep each residual tied to its named comparator and covariance, construct qperp=(I-PX)q, and do not assign clock significance when qperp vanishes or the clock waveform has not been derived. For Sagnac, use the separate sealed preregistration under concept DOI 10.5281/zenodo.21376520.
No-Retune and Internal Auditsaudit theorem closed / physical open gates retained
63/63 checks; no combined σKeystone Numerical Provenance Ledger
Version 3.0 turns the Keystone class audit into a machine-checkable provenance ledger for seven load-bearing numerical objects. It keeps equation closure, constructor legality, anchor use, chronology, empirical status, scope, and publication status on separate axes.
In standard language
This row audits how numerical claims were built and dated. Its 63 checks validate provenance bookkeeping; they are not 63 observations and must not be converted into a combined significance.
Theory-side sensitivity
Uncertainty is carried by the named comparator and any printed access-window convention; QTT does not get to retune the source target after reading that comparator.
QTT archived
2026-08-15 under concept DOI 10.5281/zenodo.21141060
Comparator released
Comparator/source date not yet machine-pinned in the site ledger.
Upstream rails
A1-A7access railbook ledger
Sector
No-Retune and Internal Audits
Concept under test
Each object X carries P(X)=(SX,DX,LX,AX,JX,CX,EX,FX): source word, constructor domain, logical load, dimensional anchor, forbidden-target Jacobian, public chronology, empirical status, and falsifier. A zero static target Jacobian is necessary for no smuggling but cannot by itself turn a later construction into a prospective prediction.
Observable / dataset
Public constructor receipts and comparator chronology for ρ, qH, RHEW, λγ, αQTT−1, the G-GF bridge, and the endpoint-gain hypothesis χg=1.
QTT target
Seven complete eight-field cards; 63 of 63 machine checks; α kept retrospective; G-GF kept anchored; K2 kept open; χg=1 kept Tier-K after the endpoint-gain no-go.
Result / sigma
GREEN audit theorem: all seven provenance cards and 63 checks close. The α landing is recorded as a retrospective consistency audit, not independent confirmation. The G-GF value is +0.211626 ppm or +0.009416 σ against CODATA while spending measured GF. The historical pre-JUNO neutrino row remains +1.37 σ and the JUNO reactor update is +2.26 σ without retuning. No combined σ is printed because several rows share upstream rails. K2 source-only SI closure and physical endpoint gain remain explicitly open.
Book anchor
QTT Main Book v10.01 constructor/no-smuggling/status anchors pp. 118, 198, 303, 599, 974, 1072, and 1114; Keystone Audit concept DOI 10.5281/zenodo.21141060.
Source links
Next check / falsifier
Close K2 only by deriving the remaining caesium nuclear-magnetic and many-body source words. Judge χg=1 only through the sealed Tier-K physical test. Do not promote either gate from neighboring numerical agreement. In the photon-edge ledger, retain 24 as the Artian Geometry A5-X completed pixellate-bundle source count, not a cubic-symmetry import.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-08-15 under concept DOI 10.5281/zenodo.21141060
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
No-Retune and Internal Auditsprototype audit recorded; full covariance pending
max |z| 0.44Precision QED No-Retune Window Suite
Version 3.03 is the technical-payload restoration: it keeps the source/readout firewall and QTT onboarding layer while restoring the detailed V2 technical payload, theorem inventory, attack-line matrix, five-tier experiment program, prototype table, caveats, QED decomposition, falsifiers, dimensional checks, dataset/covariance appendix, and release checklist. It also removes internal editorial wording that did not belong in the public paper.
In standard language
A single source packet is reused across precision-QED windows. The point of the row is no-retune propagation: Lamb/HFS/anomaly windows may test the source packet but may not rewrite it.
Theory-side sensitivity
The no-retune suite is sensitive to frozen-source covariance and window definitions; the current row keeps the full covariance pass pending rather than claiming a completed global QED fit.
QTT archived
v10.01 book/site ledger; public DOI integration pending
Comparator released
Prototype precision QED/CODATA windows inherited from V2; V3.03 technical-payload restoration published 2026-06-26.
Upstream rails
α edgeelectron source packetsingle kernelQED windows
Sector
QED / no-retune reuse
Concept under test
One finite QED source kernel and capacity law reused across noise, heat, spectroscopy, and magnetic readouts; downstream windows audit the source packet but do not write it.
Observable / dataset
Prototype Lamb/HFS windows, electron magnetic readout, future muonium/positronium and full covariance rows.
QTT target
int0^∞ Kλ(ω)/(π ω) d ω = αλ, with ∂ Kλ/∂ Oaexp = ∂ αλ/∂ Oaexp = ∂ mesource/∂ Oaexp = 0.
Result / sigma
V3.03 records the inherited prototype pulls (0.44, 0.17, 0.15, 0.37, 0.03)σ, χ2diag ≈ 0.38, and χ2/dof ≈ 0.58 as a no-visible-drift audit while restoring the full technical scaffolding that supports the claim. It freezes the source/readout grammar; the full Lamb/HFS/ae/muonium/positronium covariance execution remains pending.
Book anchor
QTT Main Book v10.01, QED scorecard pp. 1037-1045 and compact master ledger p. 1248. Precision QED concept DOI 10.5281/zenodo.20121952; electron/Rydberg source packet concept DOI 10.5281/zenodo.20800371; photon-edge concept DOI 10.5281/zenodo.20628735.
Source links
Next check / falsifier
Run the full frozen-source covariance packet. A future failed no-retune reuse in QED, Rydberg, impedance, or photon-window tests would weaken the α/source rail; it must not be rescued by refitting α, Kλ, or mesource.
Pull history
Precision QED concept DOI 10.5281/zenodo.20121952 now routes to v3.03. The public row separates prototype evidence from the pending full covariance execution and notes that V3.03 restores the technical payload compressed in V3.01 while removing internal editorial wording from the public paper.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
v10.01 book/site ledger; public DOI integration pending
Reproduce / audit note
Use concept DOI 10.5281/zenodo.20121952. Keep αλ, Kλ, and mesource frozen before opening QED windows; do not allow Lamb/HFS/ae/muonium/positronium rows to retune the source packet.
No-Retune and Internal Auditssource/lab corridor green
max |z| 0.0135Rydberg Source Audit
The Rydberg row is anchored by the Electron Source-Lab Rydberg theorem v5.01. The theorem keeps the scalar-lock provenance gate intact, derives the electron rank-anatomy denominator and finite γ-W micro-access bridge before opening the CODATA corridor, and now closes atomic-unit source propagation plus hydrogen/QED row separation.
In standard language
The Rydberg constant is treated as a laboratory access readout of a frozen electron source packet. Real-hydrogen and full multi-row QED covariance checks remain separate from the source theorem.
Theory-side sensitivity
Dimensionful metrology row. The displayed Rydberg pull is strong, but full QED/hydrogen covariance and absolute-source propagation are kept as explicit gates.
QTT archived
2026-06-26 under concept DOI 10.5281/zenodo.20800371
Comparator released
CODATA Rydberg corridor; v5.01 source-lab theorem published 2026-06-26.
Upstream rails
electron rank anatomyγ-W micro-accessatomic-unit packetQED no-retune windows
Sector
QED / metrology access
Concept under test
Electron rank-anatomy constructor Re=256·384·198·97, γ-W micro-access rail Ie=1/(ρ Re)+1/(64 Re), source electron mass, source/lab Rydberg corridor, atomic-unit source packet, and QED no-retune window suite.
Observable / dataset
CODATA Rydberg constant read after the declared source/lab electron rail; the observed row is not allowed to write the constructor.
QTT target
R∞QTT = αλ2 mesource c/(2h) = 10,973,731.568156838 m−1, with mesource=0.510998950610811 MeV.
Result / sigma
GREEN corridor audit: zR=-0.0135 σ. CLOSED source-side pieces: Rector=1,888,026,624, Iesrc/lab=9.951823065003947×10−11, the Rydberg source-scale chain, atomic-unit source propagation, hydrogen-window row separation, and the upstream source-only SI/GeV endpoint bridge/firewall as a ruler map. FROZEN boundary: QED no-retune window suite. PENDING boundary: the full Lamb/HFS/ae/muonium/positronium multi-row χ-square audit and the completed address-capacity numerical certificate for the absolute source ruler.
Book anchor
QTT Main Book v10.01, Koide/access pp. 1037-1045 and 1094-1103; electron micro-rail pp. 1192-1198; scorecard pp. 126-128. Electron/Rydberg concept DOI 10.5281/zenodo.20800371; source-only SI endpoint concept DOI 10.5281/zenodo.20936013; charged-lepton rank concept DOI 10.5281/zenodo.20698191; photon-edge concept DOI 10.5281/zenodo.20628735.
Source links
Next check / falsifier
Future CODATA-level shifts, access-covariance failures, or a legal alternative γ-W metric signature should be treated as direct stress tests. Do not refit α, the electron row, or the 64=2cov·32Σ access door to rescue the Rydberg corridor.
Pull history
Supersedes the older Rydberg working-note row by pointing the Observatory to concept DOI 10.5281/zenodo.20800371. The fine-structure and photon-edge papers remain upstream anchors, not the Rydberg theorem itself.
Enumeration card
Legal space
Frozen electron source packet and γ-W micro-access exponent.
Gates
Re constructor, Ie correction, atomic-unit source propagation, and real-hydrogen row separation.
Survivors
One R∞ source-access value; full QED multi-row χ-square audit remains pending.
Timestamp
Electron/Rydberg concept DOI 10.5281/zenodo.20800371.
Reproduce / audit note
Use concept DOI 10.5281/zenodo.20800371. Recompute Rector=256·384·198·97, Ie=1/(ρ Re)+1/(64 Re), mesource, R∞QTT, and the atomic-unit packet before comparing to CODATA or real-hydrogen/QED windows. Do not allow observed R∞, observed α, fitted electron-mass corrections, Lamb/HFS rows, ae, muonium, or positronium to write the constructor.
No-Retune and Internal AuditsGREEN composition/identifiability / REJECTED identity branch / AMBER numerical source packet
no theory σ; identity branch residual +57.296978%Rb/Cs Clock-Constellation Identifiability Gate
A single alkali hyperfine line measures a nuclear-response/electronic-contact product. The v2.0 framework proves what a connected family of such product rows can identify, how one source pin per connected component removes the remaining multiplicative gauge, and which alternating cycles become parameter-free consistency tests.
In standard language
In mainstream terms, this card compares a frozen QTT target for The non-definitional BIPM 2025 87Rb/133Cs clock-frequency ratio, used only after the finite source composition and cancellation theorem are printed. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Uncertainty is carried by the named comparator and any printed access-window convention; QTT does not get to retune the source target after reading that comparator.
QTT archived
2026-07-11 under concept DOI 10.5281/zenodo.21309105
Comparator released
Comparator/source date not yet machine-pinned in the site ledger.
Upstream rails
A1-A7access railbook ledger
Sector
No-Retune and Internal Audits
Concept under test
Finite real-J nuclear and electronic source objects are composed through a balanced joint-address tensor product. Taking logarithms turns the clock family into a bipartite incidence problem z=B θ, with rank(B)=v-q and dim ker(B)=q for q connected components.
Observable / dataset
The non-definitional BIPM 2025 87Rb/133Cs clock-frequency ratio, used only after the finite source composition and cancellation theorem are printed.
QTT target
ν87Rb/ν133Cs = (7/6)(G87nuc C87,5s^el)/(G133nuc C133,6s^el); the Artian tick, E⋆, R∞, αλ, and μpe cancel. For every alternating cycle, producti y_(ai bi)/y_(a_(i+1) bi)=1.
Result / sigma
GREEN at structural scope: joint-address hyperfine composition, bipartite rank/nullity, one-pin-per-component identifiability, and cycle locks. BIPM 2025 gives ν87Rb/ν133Cs=0.7434957454957769 with relative standard uncertainty 3.4×10−16. The frozen caesium identity transfer gives 1.1694963419043314, a +57.296978% residual, and is rejected as a universal alkali source law. No σ is assigned because that rejected branch has no independent QTT theory covariance. The numerical finite heavy-alkali nuclear/contact packet remains AMBER.
Book anchor
QTT Main Book v10.01, source/readout and no-smuggling pp. 9-22, A4/A5-X/A6/A7 source anchors pp. 213-227 and 250-268, Hamiltonian and hyperfine contexts pp. 1037-1045 and 1094-1103. Hyperfine framework concept DOI 10.5281/zenodo.21309105; K2 caesium source-packet concept DOI 10.5281/zenodo.21249436; electron/Rydberg concept DOI 10.5281/zenodo.20800371.
Source links
Next check / falsifier
Derive at least one nuclear response or one electronic contact source value per connected isotope/orbital component before opening additional clock ratios. A future source prediction must be frozen before the BIPM ratio is used as a comparator; precision alone may not be used to choose the source factorization.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-07-11 under concept DOI 10.5281/zenodo.21309105
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
No-Retune and Internal AuditsGREEN source bridge / AMBER numerical certificate
no σ; certificate pendingSource-Only SI Endpoint Bridge
The source-only SI endpoint bridge isolates how QTT's universal Artian capacity endpoint E⋆ is read into SI/GeV units without importing G, R∞, electron mass, electroweak rows, or CODATA comparators as hidden constructors.
In standard language
This is the source-only endpoint row for the absolute SI/ruler problem. It isolates what is closed from what still needs an independent completed-address numerical certificate.
Theory-side sensitivity
This is the keystone sensitivity itself: dimensionful rows remain conditional until the completed address-capacity numerical certificate and absolute A5-X ruler origin are closed.
QTT archived
2026-07-03 under concept DOI 10.5281/zenodo.20936013
Comparator released
Comparator/source date not yet machine-pinned in the site ledger.
Upstream rails
A1-A7access railbook ledger
Sector
No-Retune and Internal Audits
Concept under test
A5-X completed-address event plus A6 finite capacity and A7 closure give the source bridge E⋆ tA = ℏ and E⋆ = ℏ c / ℓA. The theorem is about the legal unit bridge and no-smuggling firewall, not a claim that a dimensionful endpoint can be made from dimensionless integers alone.
Observable / dataset
Audit-only metrology rails: BIPM/NIST SI definitions, GeV conversion, Newton/G, Rydberg/electron, QED, and electroweak rows are downstream readouts or comparators, not source constructors.
QTT target
tA = ℓA/c; E⋆ tA = ℏ; E⋆ = ℏ c/ℓA; E⋆[J] = hSI ν⋆[Hz]/(2·π); E⋆[GeV] = hSI ν⋆[Hz]/(2·π·109 eSI); NK2 = (αλ2/(4·π))·(mesource c2/E⋆)·ΦCssource; ΦCstarget = 2.7942472×10−6; ∂ E⋆/∂(Gobs,R∞obs,meobs,GFobs,mHobs,mtobs,αobs)=0 with ℓA,ℏ,c fixed at the source layer.
Result / sigma
GREEN: source-only SI/GeV endpoint bridge, coefficient uniqueness inside the A5-X/A6/A7 constructor class, SI/GeV unit-rail separation, no-G/no-Rydberg/no-electron-mass/no-electroweak constructor firewall, K2 hyperfine factorization, and the finite joint-address hyperfine composition/identifiability theorem. AMBER: the finite 133Cs nuclear/atomic source packet ΦCssource, the completed address-capacity numerical certificate, and the absolute A5-X ruler's numerical origin remain pending.
Book anchor
QTT Main Book v10.01, source/readout and no-smuggling pp. 9-22, A5-X/A6/A7 pp. 250-268, Artian micro-ruler and G anchors pp. 56, 193, 238-241, 268, and scorecard pp. 126-128. Source-only SI endpoint concept DOI 10.5281/zenodo.20936013; hyperfine composition concept DOI 10.5281/zenodo.21309105.
Source links
Next check / falsifier
Close the amber gate only by deriving ΦCssource for the 133Cs hyperfine packet, or an equivalent completed address-capacity source-frequency or inverse-length certificate, without using observed G, R∞, electron mass, electroweak rows, α, the SI cesium definition, or any fitted laboratory comparator as a constructor. The identifiability theorem now adds a stricter requirement: one independent source pin is needed for every connected nuclear/contact component.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-07-03 under concept DOI 10.5281/zenodo.20936013
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
No-Retune and Internal AuditsGREEN method and packet gates; RED frozen two-pion BaBar lineshape
max |z| 1.36Artian's HVP Source-Access Reference Framework
Version 50.0 executes the recovered 140-bin BaBar two-pion packet at publication level. It closes the publication-camera, control, finite-bin, covariance, robustness, provenance, and no-retune gates, while preserving the source/access separation inherited from the framework.
In standard language
The HVP framework separates the QCD/vector source object from laboratory channel access. V50 closes the BaBar packet and full-covariance execution gates, leaves the scalar integral moderately compatible, and records that the present frozen resolved lineshape does not pass the BaBar covariance test.
Theory-side sensitivity
Sensitivity lives in Fπ source completion, full source covariance, and row-card comparator choices. The page must not promote source diagnostics as final physical HVP central values.
QTT archived
2026-07-11 under concept DOI 10.5281/zenodo.20732034.
Comparator released
BaBar public two-pion row and published covariance, executed in HVP v50.0 on 2026-07-11.
Upstream rails
QCD vector sourceBaBar publication cameraself-normalized ISR accessfinite-bin projectionfull covarianceconstructor firewall
Sector
Muon g-2 / HVP source-access
Concept under test
HVP is a source-access problem, not a fitted new muon force: experiments read the QCD vector-current source through declared rows; they do not write the source. Shape agreement, row height, and full physical source completion are tracked as separate gates.
Observable / dataset
The unfolded, bare BaBar e+e- → π+π-(γ) cross section including final-state radiation, normalized by the measured muon effective ISR luminosity, with the published statistical-plus-systematic covariance over 140 bins from 0.600 to 0.880 GeV.
QTT target
R2·π^{B,QTT}(s)=exp(-4 χ0)[R2·π^{src,QTT}(s)/Gsrc,B]^(-4 χ0)R2·π^{src,QTT}(s), χ0=15/(512 ρ), ρ=2 π cos(π/8), with χ2full=zaμ2+χ2shape and the source frozen during judgment.
Result / sigma
GREEN: packet recovery, publication-camera theorem, archival muon controls, topology preregistration, finite-bin projection, covariance decomposition, robustness tests, and no-retune firewall. The scalar pulls are +1.361223 and -0.593757. RED: the present frozen source lineshape gives χ2shape=57765.6144 or 85030.2611 for 139 degrees of freedom, far above the preregistered 167.5143 gate.
Book anchor
HVP source-access concept DOI 10.5281/zenodo.20732034; QTT Main Book v10.01 pp. 583-620, with two-universe ontology anchor p. 1262.
Source links
Concept 10.5281/zenodo.20732034
Next check / falsifier
Derive any successor timelike ρ-ω and broad-ρ source operator upstream, without using the BaBar residual as a constructor, freeze it, and test it prospectively while retaining this red V50 row as history.
Pull history
V50 supersedes the earlier pending BaBar packet/camera rows by executing the public packet. It preserves all method closures and records a red frozen-source lineshape verdict rather than retuning the source.
Enumeration card
Legal space
Declared HVP source/access grammar with same-support refinement and intrinsic covariance scaling.
Gates
Rsrc, muon kernel, source/access firewall, same-support coefficient, and covariance scaling before lab row lifting.
Survivors
Source-access grammar green; full Fπ source completion and physical normalization remain open.
Timestamp
HVP concept DOI 10.5281/zenodo.20732034.
Reproduce / audit note
Use concept DOI 10.5281/zenodo.20732034. Run the V50 publication-camera adjudication and independent verifier. Confirm the archival muon controls, nB=4 access word, 140-bin finite projection, scalar/shape split, diagonal-covariance test, two-percent oracle, and 31/31 invariant checks. Do not let the BaBar residual write a successor source operator.
No-Retune and Internal Auditsinternal pipeline pass
max |z| 0.5Test B Gas-Only Cluster Lensing
The book is careful here: the internal CLASH/HFF-style pipeline is green inside QTT's own test, but the page marks the independent confirmation as still open.
In standard language
In mainstream terms, this card compares a frozen QTT target for CLASH+HFF-style κ map slope test. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Uncertainty is carried by the named comparator and any printed access-window convention; QTT does not get to retune the source target after reading that comparator.
QTT archived
2026-05-08 under concept DOI 10.5281/zenodo.20071244
Comparator released
Internal CLASH/HFF-style replay; independent external release still pending.
Upstream rails
gas mapsubstrate curvatureshape pipeline
Sector
Lensing / internal pipeline
Concept under test
Baryonic morphology and substrate-curvature lensing with gas-based effective density.
Observable / dataset
CLASH+HFF-style κ map slope test.
QTT target
κobs = s κQTT + b, with sQTT = 1.
Result / sigma
Reported slopes 0.95-1.05, combined sfit = 0.99 ± 0.02, |b| ≤ 0.05, R2 ≈ 0.8-0.9; deviation about 0.5 σ.
Book anchor
QTT Main Book v10.01, pp. 1197-1198.
Source links
Next check / falsifier
Needs independent replay with locked map-building, public observed maps, and residual verdicts.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-05-08 under concept DOI 10.5281/zenodo.20071244
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
No-Retune and Internal Auditsshape-locked validation
shape-locked; no single σAbell 2744 Shape-Locked Lensing Validation
A2744 is kept as a protocol validation rather than squeezed into a fake single-number σ.
In standard language
In mainstream terms, this card compares a frozen QTT target for Three independent Abell 2744 reconstructions. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Uncertainty is carried by the named comparator and any printed access-window convention; QTT does not get to retune the source target after reading that comparator.
QTT archived
2026-05-09 under concept DOI 10.5281/zenodo.20091011
Comparator released
Three reconstruction families; precise source dates pending in machine ledger.
Upstream rails
shape lockA2744substrate curvature
Sector
Lensing / shape lock
Concept under test
Substrate-curvature cluster-lensing equation under a shape-locked protocol.
Observable / dataset
Three independent Abell 2744 reconstructions.
QTT target
The QTT substrate-curvature lensing equation must preserve the locked shape across independent reconstructions.
Result / sigma
Compact corpus ledger records validation across three independent reconstructions; no single universal σ is assigned.
Book anchor
QTT Main Book v10.01, compact ledger p. 1253; public A2744 DOI record carries the reconstruction claim.
Source links
Concept 10.5281/zenodo.20091011
Next check / falsifier
Use independent reconstructions and declared shape locks before inspecting residuals.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-05-09 under concept DOI 10.5281/zenodo.20091011
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
No-Retune and Internal Auditsaccess-clock audit
max |z| 0.37Hydrogen and Muonium Hyperfine Access Clocks
These are access-window frequency rows: strong numerically, but deliberately scoped because full HFS covariance and isotope windows remain future work.
In standard language
In mainstream terms, this card compares a frozen QTT target for Hydrogen 21 cm benchmark and muonium 1S hyperfine spectroscopy. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Uncertainty is carried by the named comparator and any printed access-window convention; QTT does not get to retune the source target after reading that comparator.
QTT archived
v10.01 book ledger; public book DOI 10.5281/zenodo.17527179
Comparator released
Hydrogen 21 cm and muonium HFS spectroscopy comparators.
Upstream rails
α edgeHFS windowlepton access
Sector
Metrology / access clocks
Concept under test
Maison Valmy hydrogen HFS bridge and structure-free muonium lepton access clock.
Observable / dataset
Hydrogen 21 cm benchmark and muonium 1S hyperfine spectroscopy.
QTT target
Single-kernel HFS/access readout windows.
Result / sigma
Hydrogen residual +0.0807 Hz; muonium combined pull +0.37 σ after declared theory/access window.
Book anchor
QTT Main Book v10.01, pp. 1102-1103 and scorecard p. 144.
Source links
Concept 10.5281/zenodo.17527179
Next check / falsifier
Future isotope, muonic-hydrogen, and full HFS covariance windows are explicit falsifiers.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
v10.01 book ledger; public book DOI 10.5281/zenodo.17527179
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Structural Anchors
Structural Anchors
Theorems, guardrails, and ontology anchors with empirical context but no clean standalone σ value yet. 11 Observatory records in this category. Each card states the concept under test, observed quantity, QTT target, result, book page anchor, and next falsifier or check.
Structural AnchorsFinite reconstruction proved in declared source and instrument classes / numerical replay verified / no new empirical observation
No experimental σ. Reproducible mathematical constructions.Fields and waves as readings of a finite completed-event source
The preserved 3D source/contact construction now has a conditional source-to-detector residual transfer, an intrinsic-emission identifiability theorem and an exact orthogonal-receiver harmonic projection. A no-retune LHAASO archive audit quantifies the available timing reach without assigning an empirical confirmation.
In standard language
The paper reconstructs wave-like records and finite electromagnetic balances from a declared finite source. It proves when a linear field image is dynamically complete and bounds full-duration detector error. A primitive smooth continuum is not a starting substance in this construction.
Theory-side sensitivity
The source residual, directional coefficient and axis null are unchanged. The conditional detector theorem fixes a signed arrival envelope; the official LHAASO comparison is about 4.66e14 below sign-matched timing reach in coefficients, not energy scales or Gaussian σ. Unknown intrinsic emission and actual source/receiver qualification remain explicit. The matched ideal two-path example has zero outcome fits on both sides.
QTT archived
V1.4 published 24 October 2026, concept DOI 10.5281/zenodo.23504911. The 38-page paper, complete inherited source/contact packet, transfer proofs, receiver projection and reproducible archive audit are public. Earlier releases and every inherited result are preserved.
Comparator released
Retrospective audit of the 2022 GRB221009A observation and its published event/response products; no exclusive detection, empirical σ or preregistered validation is assigned.
Upstream rails
A1 ordered tickA2 endurance currentA4 real dialA5 addresses and contactsA6 packet gateA7 complete budgetqualified receiver
Sector
Finite source / field closure and detector reconstruction
Concept under test
The source carries real internal phase, capacity and finite addresses. Smooth continuum fields are derived descriptions in the reconstructed sectors, not additional starting substances. Source work, admitted transport, complete receiver contacts and finite record completion remain explicit physical premises.
Observable / dataset
Two-port capacity fractions, sequential record weights, finite electromagnetic charge and work balances, and bounded differences in a complete detector distribution.
QTT target
ΦR(N tA)=CR exp[-2 N J arcsin √(QA)] s0; DA UAN=LAN DA. Localized admitted history differences give equal complete receiver probabilities for daddr(A,R)>N. With preparation leakage, TV≤min(1,2 κ ε). The inherited kernel-autonomy and full-duration stability laws remain.
Result / sigma
All 6,271 mathematical checks and 76 declared mutations pass with fresh replay/build. The 3D one-tick probabilities 0.024696856 and 0.596934385, preparation tails, admitted response and all earlier source/EM/A2 results remain. The new transfer carries the fixed directional coefficient into complete receiver probabilities under declared physical premises. Arbitrary intrinsic emission can exactly absorb a timing shift; equal-frequency orthogonal differencing cancels the temporal fourth harmonic but generally retains a second harmonic. The official LHAASO audit retains 172 KM2A rows and all WCDA response variants: the highest central reconstructed KM2A energy gives a maximal 6.6-femtosecond advance under the stated direct-Planck-readout branch, far below published timing reach. No exclusive signal, axiom proof or universal interacting completion is inferred; matched finite QM still needs no outcome fits.
Book anchor
V1.4, 38 pages. 3D headline p.1; source headlines p.2; abstract/source/transfer equation pp.3-4; source/record pp.5-7; interference/closure pp.7-9; wave/exponential pp.9-11; local-history and obstruction pp.12-15; 3D contact pp.16-19; admitted response pp.20-21; radiative matching pp.21-22; laboratory ledger pp.22-24; new source-to-detector and identifiability theorems pp.24-27; receiver harmonic transfer pp.27-28; retrospective archive reach pp.28-31; EM/A2 pp.31-33; comparison/replay/conclusion pp.33-36.
Source links
Next check / falsifier
Independently qualify a physical source, instrument and record-completion packet. For a distinctive residual, retain the inherited wave source-to-laboratory map and sensitivity requirements; the source coefficient cannot be fitted to an observed departure.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
V1.4 published 24 October 2026, concept DOI 10.5281/zenodo.23504911. The 38-page paper, complete inherited source/contact packet, transfer proofs, receiver projection and reproducible archive audit are public. Earlier releases and every inherited result are preserved.
Reproduce / audit note
Run all four inherited verification programs and @@QTTPROTECTED0@@, then build paper.tex: 6,271 checks and 76 mutations. archiveaudit/@@QTTPROTECTED1@@ reproduces all 172 KM2A row envelopes; the optional full ROOT audit replays the event and response inventories. Standard kernel/Fourier mathematics, source premises, target-informed spectra and independent calibration requirements remain explicit.
Structural Anchorssource theorem / time-tilt bridge closed / high-regime twin test pending
no σ; structural rowArtian's Time Framework
The current Arrow/Now framework separates four typed objects: A1 orders completed events, A7 protects completed history, A2 supplies endurance support, and A3 creates White-Void source volume. Time Tilt and Creation Drift map the ABC source clock into lab age, while laboratory clocks read the result through positive clock/access factors.
In standard language
In mainstream terms, this card compares a frozen QTT target for Cross-sector arrow consistency: entropy growth, durable measurement records, delayed-choice/no-past-rewrite behavior, twin-clock address paths, retarded address support, the separately typed fixed-origin source-volume history, weak-field/Schwarzschild clock slowing, cosmic-age clock readout, and high-regime finite-address clock deviations. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Structural row: no σ or theory error bar is assigned until a numerical comparator and covariance packet are declared.
QTT archived
2026-08-13 under concept DOI 10.5281/zenodo.20761499
Comparator released
No external comparator date; this row is an internal consistency and future-operator-kernel audit gate.
Upstream rails
A1/A7 completed-record monotoneA2 endurance supportA3 fixed-origin source volumeQuantized NowTime Tilt / Time DriftA2 proper-time metric shadowquantized Lorentz boost ledgerhigh-regime twin deviationretarded address operator
Sector
Foundations / arrow of time
Concept under test
The completed-record monotone is Δ Nrec=sume re≥0 on the A1/A7 rail. Quantized Now is NowR(Tn)={X in R:a(X)=n} with Tw(X)=T_{a(X)}. The separately typed source ledgers are NSQA2=B·NT and NSQA3=12·B·NT·(NT+1) under the fixed-at-origin Artian mass inventory B=M/mA. Time Tilt plus Creation Drift gives θage=π/8+π/48=7·π/48 and t0lab=T0ABC·cos(7·π/48). A2 supplies local endurance/proper-time consumption through d τ=exp(-EA2)·√(1-v2/c2)·dT; the physical retarded address operator is GphysQTT=GJ+=Thetaw·LJ−1 with Piphys·GJ−·Pisrc=0.
Observable / dataset
Cross-sector arrow consistency: entropy growth, durable measurement records, delayed-choice/no-past-rewrite behavior, twin-clock address paths, retarded address support, the separately typed fixed-origin source-volume history, weak-field/Schwarzschild clock slowing, cosmic-age clock readout, and high-regime finite-address clock deviations.
QTT target
The A1/A7 record rail must carry Δ Nrec≥0 and σT=+1 without identifying that count with A2 support or A3 source volume. The fixed-origin source-volume row must independently carry NSQA2=B·NT and NSQA3=12·B·NT·(NT+1). The clock layer must retain NowR(Tn), θage=7·π/48, t0lab=15.4 Gyr·cos(7·π/48)=13.81184 Gyr, and the declared positive access factors.
Result / sigma
Closed inside their declared QTT constructors: A1/A7 completed-record monotonicity, Quantized Now, Time Tilt plus Creation Drift age bridge, no-past-rewrite boundary, twin address-path theorem, A2 proper-time metric shadow, the separately typed A2/A3 finite source-volume ledger under the fixed-origin B premise, weak-field and Schwarzschild clock readouts, quantized Lorentz finite-boost ledger, measurement-record arrow, and retarded address-operator theorem. These are speculative source theorems pending discriminating tests; source-volume growth is not used as an entropy coefficient.
Book anchor
Arrow-of-time concept DOI 10.5281/zenodo.20761499; QTT Main Book v10.01 A1/A7 event-order and persistence anchors, A2/A3 support and creation anchors, entropy, Creation Ledger, and measurement-record anchors.
Source links
Next check / falsifier
Stress the typed construction separately: seek an eligible record experiment with a negative completed-record increment, an A2 endurance readout incompatible with its proper-time shadow, an A3 source-volume history incompatible with the fixed-origin or convolution theorem, or a qualified timing/access experiment that rejects the sealed record-to-timing bridge.
Pull history
Artian time framework published under concept DOI 10.5281/zenodo.20761499.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-08-13 under concept DOI 10.5281/zenodo.20761499
Reproduce / audit note
Use concept DOI 10.5281/zenodo.20761499 and entropy concept DOI 10.5281/zenodo.20045306. Verify the A1/A7 completed-record monotone separately from NSQA2=BNT and NSQA3=12BN_T(NT+1), then verify Quantized Now membership, the Time Tilt plus Creation Drift bridge t0lab=T0ABC cos(7·π/48), positive lab-clock factor, A2 proper-time metric shadow, finite boost ledger, entropy vector, no-past-rewrite boundary, twin address-path sums, and retarded address operator without inserting an independent Past Hypothesis, smooth block ontology, ideal γ=∞ limit, or advanced-support radiation postulate.
Structural AnchorsGREEN source-to-IR field theorem / finite-address correction map closed
no σ; GR-shadow plus correction-map rowA2 Endurance to Einstein-Field Dynamics
The A2 paper closes the gravity-side bridge from endurance sink counts to the infrared Einstein field equations, then prints the first finite-address laboratory correction map underneath the smooth field.
In standard language
In mainstream terms, this card compares a frozen QTT target for Inherited low-energy GR-shadow tests plus QTT-specific finite-address rows: shell coverage, causal turn-on, patch-count estimator, and traction-count covariance. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Structural row: no σ or theory error bar is assigned until a numerical comparator and covariance packet are declared.
QTT archived
2026-06-19 under concept DOI 10.5281/zenodo.20763263
Comparator released
Standard GR weak-field and radiative tests are inherited as IR-shadow checks; finite-address correction measurements remain future/source-access declared.
Upstream rails
A2 endurance sinkNewton-Poisson currentIR uniqueness gatefinite-address patch countcausal shell turn-on
Sector
Gravity / A2 IR field dynamics
Concept under test
A2 continued existence is a source-side support cost. The paper reads mass as an endurance sink, builds the support current, fixes GA=ℓtilde2 c3/ℏ from the Artian ruler/tick ledger, and uses locality, address-relabeling covariance, second-order capacity response, and local endurance conservation as the IR uniqueness gate.
Observable / dataset
Inherited low-energy GR-shadow tests plus QTT-specific finite-address rows: shell coverage, causal turn-on, patch-count estimator, and traction-count covariance.
QTT target
Gμν + ΛA3 gμν = (8·π GA/c4) TμνA2, with fcover=μ/n2, λ=(M/mtilde)(Δ T/ttilde)A/(4·π r2), E[ghatP]=-(GA M/r2) rhat, Var(ghatP)/|E ghatP|2=1/λ, and causal turn-on Theta(k-n).
Result / sigma
GREEN inside the declared QTT source-to-infrared-shadow theorem: Newton-Poisson current, proper-time metric shadow, IR Einstein-field dynamics, and the finite-address first correction map are closed. Standard weak-field GR tests are inherited as laboratory shadows, not new fitted victories. The QTT-specific future audit is the finite-address correction/covariance row where event counts are small or source rearrangements are time-resolved.
Book anchor
A2 Einstein-field concept DOI 10.5281/zenodo.20763263; QTT Main Book v10.01 A2 endurance, G, proper-time, Einstein-Hilbert, and continuum-shadow anchors.
Source links
Next check / falsifier
A legal source-side counter-derivation that violates the A2 uniqueness gate, a clean finite-patch measurement that refuses the λ^{-1/2} count covariance after the source/access window is declared, or a source rearrangement showing instantaneous non-causal shell turn-on would reopen this row.
Pull history
A2 Einstein-field dynamics published under concept DOI 10.5281/zenodo.20763263.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-06-19 under concept DOI 10.5281/zenodo.20763263
Reproduce / audit note
Use concept DOI 10.5281/zenodo.20763263. Start from the A2 sink count, derive the endurance current and GA=ℓtilde2 c3/ℏ, then apply the IR uniqueness gate. For the finite-address row, compute λ=(M/mtilde)(Δ T/ttilde)A/(4·π·r2) and verify σg/|<g>|=λ−1/2 without inserting measured G, fitted halo terms, or instantaneous action-at-distance.
Structural AnchorsGREEN Bekenstein-without-Hawking theorem / source-unitarity closed / thermal access flux optional
no σ; structural horizon rowA7 Black-Hole Information-Loss Denial
Version 4.0 sharpens the black-hole row: Bekenstein entropy is derived from A7/A6 address counting without requiring Hawking radiation, effective horizon temperature is a first-law/access readout, and Hawking radiation is rejected as a source constructor.
In standard language
The black-hole information row denies fundamental information loss at the source level and recovers the Bekenstein-quarter count without treating Hawking radiation as a source postulate.
Theory-side sensitivity
No direct Page-curve σ is claimed. Sensitivity is source/access separation: thermal exterior-looking flux can be a readout without becoming a Hawking source postulate.
QTT archived
2026-06-23 under concept DOI 10.5281/zenodo.20346916
Comparator released
No direct black-hole Page-curve comparator is claimed. The Page envelope, optional thermal exterior flux, and species-resolved S-matrix rows remain future access-population tests.
Upstream rails
Bekenstein without HawkingA7 horizon cutsource unitarityPage envelopeeffective-temperature access readoutfinite A6 core
Sector
Gravity / A7 information and horizons
Concept under test
A7 closure keeps the completed bundle in one universe: a finite observer may trace over hidden horizon faces, but the source ledger does not destroy modular charge or export information into a second ontology. The horizon entropy count is NH=A/(4 ℓtilde2), so SHQTT=kB A/(4 ℓtilde2); the factor 1/4 is the A7/A6 boundary count 2·π/8·π, not evidence for vacuum pair creation as source ontology.
Observable / dataset
Black-hole information-loss bookkeeping: Bekenstein-without-Hawking entropy, effective temperature as an access readout, no-Hawking-constructor firewall, Page-style fine-grained entropy bounds, finite-core/no-singularity/no-remnant ontology, optional thermal-looking exterior flux phenomenology, and future species-resolved microscopic S-matrix rows.
QTT target
QΣ=8·π·ℓtilde2; NH=2·π·A/QΣ=A/(4·ℓtilde2); SHQTT=kB·A/(4·ℓtilde2); Teff=(∂ E/∂ SHQTT)_{J,Q}=ℏ·κs/(2·π·kB·c); ∂ SHQTT/∂(Hawking flux)=0; Sradfine(T)≤min(Semitted(T),Sremaining(T)); tPage/tdrain=1-1/(2·√(2)).
Result / sigma
CLOSED source theorem: A7/A6 derive the Bekenstein quarter without Hawking radiation, A7 denies fundamental pure-to-mixed evolution, A6 denies an infinite singularity and permanent information-storing remnant at a completed address, and A2 supplies effective temperature only as a laboratory access readout. PENDING/AMBER: any thermal-looking exterior flux and species-resolved S-matrix population must be treated as optional access phenomenology, not as the source proof.
Book anchor
Black-hole information concept DOI 10.5281/zenodo.20346916. Related anchors: A7U source concept DOI 10.5281/zenodo.20097247, entropy concept DOI 10.5281/zenodo.20045306, A2 Einstein-field concept DOI 10.5281/zenodo.20763263, Artian time concept DOI 10.5281/zenodo.20761499, and QTT Main Book v10.01 A2/A6/A7, entropy, access, horizon, Page envelope, and finite-core anchors.
Source links
Next check / falsifier
Stress the row by requiring an axiom-legal source process that turns a completed pure source state into an ontologically mixed state, a necessary infinite source singularity, a Bekenstein-quarter derivation that legally depends on a Hawking constructor, or a future species-resolved horizon S-matrix/Page-envelope test incompatible with the visible/hidden access cut after access conventions are frozen.
Pull history
Black-hole information-loss denial is tracked under concept DOI 10.5281/zenodo.20346916; the v4.0 upload/readback are dated 2026-06-23.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-06-23 under concept DOI 10.5281/zenodo.20346916
Reproduce / audit note
Use concept DOI 10.5281/zenodo.20346916. Derive QΣ=8·π·ℓtilde2, NH=A/(4·ℓtilde2), and SHQTT=kB·A/(4·ℓtilde2) before any thermal readout. Keep Teff=(∂ E/∂ SHQTT)_{J,Q}=ℏ·κs/(2·π·kB·c) as an access/first-law readout; do not import a Hawking source constructor, infinite singularity, pure-to-mixed source map, permanent remnant, or second-universe reservoir.
Structural Anchorssource holonomy closed / high-load numerical population pending
textbook AB recovered; no QTT deviation σ yetArtian Holonomy and the Aharonov-Bohm Effect
The AB paper treats electromagnetic AB as A4 real-J dial holonomy and gravitational AB as A2 endurance/proper-time holonomy. The ordinary textbook phase is recovered in the low-density regime; QTT-specific deviations require a declared high-load A6 edge.
In standard language
In mainstream terms, this card compares a frozen QTT target for Electromagnetic AB phase, gravitational/proper-time AB rows, and future high-load finite-edge AB experiments. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Uncertainty is carried by the named comparator and any printed access-window convention; QTT does not get to retune the source target after reading that comparator.
QTT archived
2026-06-20 under concept DOI 10.5281/zenodo.20772090
Comparator released
Textbook electromagnetic AB and gravitational/proper-time AB experiments are consistency checks; a source-clean high-load AB apparatus remains future.
Upstream rails
A4 real-J dial holonomyA2 endurance holonomyA6 phase-density gatesource-access split
Sector
Electromagnetism / A2-A4 holonomy
Concept under test
A finite address loop carries source holonomy WγQTT=exp{J[(q/ℏ c) int Aμ dxμ - (mc2/ℏ) int d τA2]}. Gauge potentials and metric/proper-time fields remain laboratory-shadow languages rather than source primitives.
Observable / dataset
Electromagnetic AB phase, gravitational/proper-time AB rows, and future high-load finite-edge AB experiments.
QTT target
δ SeAB=(q/c) inte Aμ dxμ - mc2 inte d τA2, λeAB=|δ SeAB|/(ℏ ne)≤1. Ordinary AB experiments live at λeAB << 1 and should reproduce the textbook phase.
Result / sigma
GREEN source-side interpretation and textbook phase recovery. YELLOW/PENDING: numerical population of a concrete high-load apparatus near the A6 phase-density edge.
Book anchor
AB holonomy concept DOI 10.5281/zenodo.20772090; A2 field concept DOI 10.5281/zenodo.20763263; Hamiltonian concept DOI 10.5281/zenodo.20484906.
Source links
Next check / falsifier
Populate a declared high-load AB or gravitational-AB apparatus before claiming a QTT-specific deviation. Low-density AB agreement is consistency, not a new discriminator.
Pull history
AB holonomy is tracked under concept DOI 10.5281/zenodo.20772090.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-06-20 under concept DOI 10.5281/zenodo.20772090
Reproduce / audit note
Use concept DOI 10.5281/zenodo.20772090. Rebuild WγQTT from the A4 charge term and A2 proper-time term. Verify λeAB=|δ SeAB|/(ℏ ne)≤1 before claiming any high-load deviation. Do not use a low-density textbook AB match as a new discriminating observation.
Structural AnchorsGREEN governance theorem / no laboratory observation claimed
no σ; verdict and scope firewallExperimental Verdict Governance
This independent theorem prevents an eligible unexpected signal from being erased by a binary classifier and prevents an ineligible or underpowered apparatus from being used either for or against QTT. It applies symmetrically to favorable and unfavorable outcomes and leaves every earlier seal unchanged.
In standard language
In mainstream terms, this card compares a frozen QTT target for Machine-readable preregistration packets across A1 reference switching, JUNO ratio tests, A2 tabletop gravity, HVP blind rows, Folman phase tests, and future QTT experiments. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Structural row: no σ or theory error bar is assigned until a numerical comparator and covariance packet are declared.
QTT archived
2026-08-03 under concept DOI 10.5281/zenodo.21775175
Comparator released
Methodological comparator: preregistered and machine-verifiable experimental generations. No laboratory central value is used as a constructor.
Upstream rails
pre-data eligibilityordinary comparatorcovarianceprospective powerchronologyfive-outcome ledgerqualified-other preservationscope lattice
Sector
Methodology / experimental verdict governance
Concept under test
Eligibility is a pre-data logical condition, not a label assigned after seeing the landing. The frozen product Geligible=Gphysical Gordinary Gcovariance Gpower Gchronology decides whether a theory verdict is even available. A lawful executor must then retain five outcomes rather than forcing every packet into ordinary or QTT bins.
Observable / dataset
Machine-readable preregistration packets across A1 reference switching, JUNO ratio tests, A2 tabletop gravity, HVP blind rows, Folman phase tests, and future QTT experiments.
QTT target
Geligible=0 implies INELIGIBLE: NO THEORY VERDICT. If Geligible=1, the executor must distinguish registered-comparator failure of the QTT branch, registered QTT-candidate landing, qualified-other/cross-channel anomaly, and eligible but underpowered ambiguity. Failure scope is limited to the frozen operator, topology, detector degree, access map, and branch unless an explicit dependency theorem broadens it.
Result / sigma
GREEN structural closure. The five-outcome ledger, no-retrospective-eligibility theorem, qualified-other preservation rule, scope lattice, packet schema, and validator are complete. This is experimental governance, not evidence for a QTT source claim and not a replacement for hardware, covariance, replication, or a laboratory result.
Book anchor
Experimental-verdict governance concept DOI 10.5281/zenodo.21775175; QTT Main Book v10.01 methodology and no-smuggling anchors; downstream A2 successor concept DOI 10.5281/zenodo.20772326 and HVP blind-lock successor concept DOI 10.5281/zenodo.20354458.
Source links
Next check / falsifier
Apply the frozen five-outcome grammar prospectively to each new test generation. Do not alter an old seal to gain protection after seeing data; publish an append-only successor whose chronology and inheritance are machine-checkable.
Pull history
Published 2026-08-03 under concept DOI 10.5281/zenodo.21775175. It leaves earlier seals intact and supplies prospective successor rules for A2 and HVP test families.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-08-03 under concept DOI 10.5281/zenodo.21775175
Reproduce / audit note
Use concept DOI 10.5281/zenodo.21775175. Populate the frozen packet schema and compute Geligible=Gphysical Gordinary Gcovariance Gpower Gchronology before target unblinding. Execute exactly one of five outcomes. Preserve a qualified other-channel signal and limit any failure to the registered tuple unless an explicit dependency theorem proves broader scope.
Structural Anchorssector consolidation / falsifier ledger
max |z| 6.9Renewal Ledger Dark-Matter Branch
The current dark-matter-branch consolidation joins the fixed-coefficient source kernel, acceleration knee, Renewal Dust, lensing tests, and cosmic dipole into one falsifier-bearing ledger.
In standard language
In mainstream terms, this card compares a frozen QTT target for RAR/BTFR, Bullet/cluster lensing, redshift evolution of the knee, and cosmic-acceleration dipole orientation. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Uncertainty is carried by the named comparator and any printed access-window convention; QTT does not get to retune the source target after reading that comparator.
QTT archived
v10.01 book/site ledger; public DOI integration pending
Comparator released
Renewal Ledger concept DOI 10.5281/zenodo.20643892, publication date 2026-06-11; comparator families include SPARC/RAR/BTFR, cluster lensing, and cosmic-acceleration dipole data.
Upstream rails
source kernela0τRenewal Dustcosmic dipolefalsifier ledger
Sector
Galaxy/lensing / Renewal Ledger
Concept under test
Fixed-coefficient source kernel KG, the acceleration knee a0τ = c Hτ/(2 π), lab floor a0τ/cos(π/8), Renewal Dust/lensing readout, and tilted-observer cosmic-dipole reading.
Observable / dataset
RAR/BTFR, Bullet/cluster lensing, redshift evolution of the knee, and cosmic-acceleration dipole orientation.
QTT target
a0τ = c Hτ/(2·π) = 9.8178×10−11 m s−2; lab floor a0τ/cos(π/8) = 1.0627×10−10 m s−2; fixed-source-kernel branch must not need fitted halo profiles.
Result / sigma
The Renewal Ledger paper declares no green σ row for a0 versus the McGaugh RAR value. It prints the stress test instead: -6.9 σ stat-only and -0.57 σ with the full empirical envelope, plus a 3.9 σ cosmic-acceleration dipole reading.
Book anchor
Renewal Ledger concept DOI 10.5281/zenodo.20643892; QTT Main Book v10.01, pp. 209-212, 535, 1209-1211, and 1253-1255.
Next check / falsifier
Run declared SPARC/RAR/BTFR/redshift and lensing tests with no per-object halo fit, no interpolating-function retune, and the H1 failure firewall kept visible.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
v10.01 book/site ledger; public DOI integration pending
Reproduce / audit note
Use concept DOI 10.5281/zenodo.20643892. Keep a0τ = c Hτ/(2·π) and a0lab = a0τ/cos(π/8) fixed, run the declared RAR/BTFR/lensing/dipole readouts, and preserve the no-green-RAR-row caveat.
Structural AnchorsGREEN finite constructor-class pass / YELLOW external uniqueness
max |z| 0.188Charged-Lepton Family-Rank Constructor Theorem
Version 3.7 fixes a finite Artian/MARIAM source-word class before observation: 288 candidate words leave one survivor, with ranks (Ne,Nμ,Nτ)=(1,888,026,624,17,526,2,347). The resulting charged-lepton mass audit has max pull about 0.188 σ.
In standard language
Within the declared Artian/MARIAM charged-lepton constructor class, one survivor gives e, μ, and τ corridors. The card does not claim every possible external constructor has been enumerated.
Theory-side sensitivity
Strong inside the declared constructor class; the honest sensitivity is external uniqueness of the class and τ corridor convention.
QTT archived
2026-06-15 under concept DOI 10.5281/zenodo.20698191
Comparator released
NIST/CODATA charged-lepton mass-energy equivalents for e/μ and PDG τ corridor; charged-lepton family-rank concept DOI 10.5281/zenodo.20698191.
Upstream rails
finite source-word classMARIAM gatesdeterminant-one accessobservation-last auditno-smuggling firewall
Sector
Flavor / charged-lepton family access
Concept under test
A finite charged-lepton family constructor that reads e, μ, and τ as one determinant-one family-budget redistribution rather than three independent Yukawa inputs. The source words are fixed before the laboratory masses are opened.
Observable / dataset
NIST/CODATA electron and muon mass-energy equivalents, PDG τ mass corridor, and the charged-lepton family readout audit.
QTT target
Within the declared Artian/MARIAM legal class: 288 candidate source words → one survivor with signs (se,sμ,sτ)=(+,-,-) and ranks (Ne,Nμ,Nτ)=(1,888,026,624,17,526,2,347). The electron row is the published micro-rail 256·384·198·97; the muon row 17,526 is not the nearest-integer fit 17,519.
Result / sigma
GREEN: finite constructor-class pass and observation-last audit inside the declared class. Reported pulls: ze=+0.072, zμ=+0.188, zτ=-0.046, χ2=0.042, max |z|=0.188 σ. YELLOW/open: proof of uniqueness outside the declared Artian/MARIAM legal class.
Book anchor
QTT Main Book v10.01, Koide/access pp. 1037-1045 and 1094-1103; electron micro-rail pp. 1192-1198; scorecard pp. 126-128.
Source links
Next check / falsifier
External uniqueness remains the live mathematical target: show that no source-word class outside the declared Artian/MARIAM gates can produce a rival legal readout without using observed masses.
Enumeration card
Legal space
Declared finite Artian/MARIAM charged-lepton constructor class.
Gates
Observation-last audit, determinant-one access, family-rank constraints, and no-smuggling firewall.
Survivors
One survivor within the declared class; external uniqueness is explicitly yellow.
Timestamp
Charged-lepton family-rank concept DOI 10.5281/zenodo.20698191.
Reproduce / audit note
This card is not a claim that every imaginable charged-lepton constructor has been excluded. It is a green pass for the declared finite Artian/MARIAM constructor class, with observation opened only after the source words are fixed. External uniqueness remains the open/yellow boundary.
Structural Anchorsquadratic capacity closed / laboratory representation conditional
standard Born law recovered; no independent ontology selectionBorn Quadratic Capacity and Conditional Trace Representation
The source-side square is closed in a declared finite additive real-J symmetry class. Its conversion into long-run laboratory frequency and trace form is a separate conditional representation with the bridge premises printed.
In standard language
In mainstream terms, this card compares a frozen QTT target for Standard Born-rule tests, no confirmed higher-order interference, and future address-access tests capable of probing the bridge premises independently. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Structural row: no σ or theory error bar is assigned until a numerical comparator and covariance packet are declared.
QTT archived
2026-08-03 under concept DOI 10.5281/zenodo.20118242
Comparator released
Standard Born-rule and higher-order-interference experimental literature; no single pull assigned.
Upstream rails
address projectionJ-normhigher-order interference
Sector
Foundations / probability
Concept under test
Finite address capacity is uniquely c(w)=||ρ(w)||_J^2 in the declared class. The resolved Born law additionally requires μ(w)=c(w) and a normalized, effect-additive, instrument-equivalent fixed-address functional.
Observable / dataset
Standard Born-rule tests, no confirmed higher-order interference, and future address-access tests capable of probing the bridge premises independently.
QTT target
c(w)=||ρ(w)||_J^2; conditionally, p(α|M)=sumw ||ρ(w)||_J^2 <psiw|Piα psiw>_J=TrJ(ρeff Piα).
Result / sigma
The ordinary Born law is recovered. Existing Born agreement tests the laboratory rule but does not by itself select the QTT address-capacity ontology.
Book anchor
Born concept DOI 10.5281/zenodo.20118242; QTT Main Book v10.01 pp. 268, 435-438, and 1247.
Source links
Concept 10.5281/zenodo.20118242
Next check / falsifier
Derive the capacity-frequency and normalized effect-functional bridges from deeper source law, or test them with an independently qualified address-access experiment.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-08-03 under concept DOI 10.5281/zenodo.20118242
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Structural Anchorssix-face green audit / ruler guardrail
max |z| 0.00942Newton G Six-Face Artian Ledger
The current Newton/G paper keeps the original endurance theorem but upgrades the convergence ledger to six faces. The resolved photon-edge/Fermi face lands essentially on CODATA G, while the page keeps the dimensional-ruler guardrail visible.
In standard language
The Newton/G row derives a gravitational coupling expression from endurance and micro-ruler rails, then compares a photon-edge/Fermi face to CODATA G. The absolute-ruler guardrail remains visible.
Theory-side sensitivity
The displayed CODATA G pull is not a license to hide the absolute-ruler dependency. The row remains conditional on non-G micro-ruler closure.
QTT archived
2026-06-20 under concept DOI 10.5281/zenodo.20057430
Comparator released
CODATA G branch with non-gravitational weak-scale anchor GF and photon-edge αQTT; independent non-G micro-ruler still pending.
Upstream rails
ℓAendurancesix-face ledgerphoton-edge/Fermi faceCODATA G guardrail
Sector
Gravity / endurance ruler
Concept under test
GA = ℓA2 c3 / ℏ = ℏ c5 / E⋆2 from Artian endurance capacity, with cross-sector reads of the same capacity endpoint through neutrino, EM capacity, Higgs/Fermi, top-unit MARIAM, and photon-edge/Fermi faces.
Observable / dataset
CODATA G corridor, the non-gravitational weak-scale anchor GF, photon-edge αQTT, and the top-mass convention guardrail.
QTT target
GA(γ H) = 6.674301412456×10−11 m3 kg−1 s−2, zG = +0.009416 σ, while Dobs(G faces)src = 0 and observed G/observed α are not allowed to write source equations.
Result / sigma
GREEN audit for the resolved photon-edge/Fermi G face and Higgs/Fermi face; source equation closed for the top-unit MARIAM face; the structural theorem still requires an Artian ruler rather than pretending dimensionless α alone determines a dimensionful G.
Book anchor
Newton/G concept DOI 10.5281/zenodo.20057430; QTT Main Book v10.01 compact G/endurance ledger anchors.
Source links
Next check / falsifier
Keep the guardrail: a non-G micro-ruler or independently fixed dimensional anchor is still needed before promoting G to an unqualified pure-number prediction. Audit top-mass scheme choices separately from the source equation.
Pull history
Newton/G current record 20773337 published 2026-06-20 under concept DOI 10.5281/zenodo.20057430; the previous v5.0 record is superseded.
Enumeration card
Legal space
Six-face G/endurance ledger with the resolved photon-edge/Fermi face shown.
Gates
qH, RHEW, αQTT, λγ, and no observed-G input.
Survivors
One displayed photon-edge/Fermi G face; independent non-G micro-ruler remains the keystone gate.
Timestamp
Newton/G concept DOI 10.5281/zenodo.20057430.
Reproduce / audit note
Use concept DOI 10.5281/zenodo.20057430. Recompute qH, RHEW, αQTT, λγ, and GA(γ H) without allowing observed G or observed α to write the source equation. Keep top-mass convention rows separate.
Structural AnchorsZERO-FIT QTT SOURCE VICTORY / STANDARD TRAJECTORY GREEN / QTT TRAJECTORY OPEN
11,009 held-out traces; TLS camera wins 92.37%; correlated windows are not promoted to a false σCompleted-Record Fan-Out and Timing-Access Framework
Version 1.4 separates completed history from accessible memory, preserves the Uhlmann/timing bridge firewall, and executes all 11,009 usable traces in the public Gosling superconducting-qubit archive. The fitted one-TLS Solomon camera is genuinely held-out predictive; the earlier QTT distributed-record statement reaches the source conclusion with no Gosling-fitted rate.
In standard language
In mainstream terms, this card compares a frozen QTT target for The Gosling audit uses a chronological train/guard/test split for every usable trace. The decisive future QTT experiment additionally requires independently measured residual fidelity Fres, leakage D, timing complement UT, and physical intertwiner W on the same terminal packet. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Theory-side sensitivity
Uncertainty is carried by the named comparator and any printed access-window convention; QTT does not get to retune the source target after reading that comparator.
QTT archived
2026-08-21 under concept DOI 10.5281/zenodo.21902886
Comparator released
External preprint arXiv:2608.12803, accessed 2026-08-14; exact arrays/scripts pending from the authors. No target-bearing timing dataset opened.
Upstream rails
completed historical recordaccessible memoryfinite-window obstructionphysical carrier resetUhlmann fidelitytiming-projector bridge
Sector
Foundations / measurement, records, and access timing
Concept under test
A completed historical record Nrec is not the retrievable memory state Macc. The target-fit burden vector BM=(Nc,Nd,Nw,Nn,Nu,Nh) now makes every fitted coefficient, branch, window, nuisance term, unreported freedom, and hidden multiplicity auditable. A nonzero burden leaves parameter-free derivation open at that fitted layer, even when the effective camera predicts held-out data successfully. QTT's physical timing readout remains conditional on Wdagger MUop W=Palign.
Observable / dataset
The Gosling audit uses a chronological train/guard/test split for every usable trace. The decisive future QTT experiment additionally requires independently measured residual fidelity Fres, leakage D, timing complement UT, and physical intertwiner W on the same terminal packet.
QTT target
Standard archive test: compare one-rate memoryless and two-rate one-TLS Solomon cameras on untouched test samples. QTT comparison rule: zero-fit source explanation may be claimed now; QTT-ZERO-TARGET-FIT-EMPIRICAL-VICTORY is reserved until QTT predicts the same held-out trajectory and covariance with zero target burden.
Result / sigma
The one-TLS camera achieves a 36.0% median held-out relative RMSE gain and wins 10,169/11,009 traces; 840 negative-tail traces remain visible. It learns Gammaq and Gammaqt from each trace's training segment. A public QTT source statement dated 12 November 2025 predates the preprint and uses no Gosling-fitted rate. Verdict: QTT-ZERO-FIT-SOURCE-EXPLANATORY-VICTORY / TRAJECTORY-AND-QTT-EXCLUSIVE-VERDICT-OPEN. The v1.4 release verifier passes 33/33.
Book anchor
Completed-record framework concept DOI 10.5281/zenodo.21902886; Observation as Access concept DOI 10.5281/zenodo.20114403; QTT Main Book v10.01 A3, A5-X, A6, A7, Born/projection, entropy, and measurement-record anchors.
Source links
Next check / falsifier
Build the same-observable terminal packet: measure Fres and D independently, certify W before target access, acquire UT without a programmed record-to-timing path, and score the frozen QTT trajectory against the same covariance. Until then the source victory stands and the stronger trajectory claim stays locked.
Pull history
The standalone theorem was updated to v1.2 and Observation as Access to v8.0 on 2026-08-14. Both add the finite-window obstruction and carrier-deletion audit without promoting standard recovery to QTT timing evidence.
Enumeration card
Legal space
No complete finite alternative-space enumeration is claimed on this site card yet.
Gates
Use the source DOI/book pages for the declared constructor gates; absence of a printed enumeration weakens the trials-factor defense for this row.
Survivors
Card remains as comparator evidence or structural support, not a standalone anti-numerology proof.
Timestamp
2026-08-21 under concept DOI 10.5281/zenodo.21902886
Reproduce / audit note
Use concept DOI 10.5281/zenodo.21902886. Verify Λ0=Tr o Λr, decoder-class closure, the strict-gain obstruction, the physical reset channel, and the firewall Wr ≠ w, Pi_(Wr) ≠ Palign, Fropt ≠ ηT before assigning QTT timing meaning.
Predictions and CLEAR Tests
Predictions and CLEAR Tests
Locked future-facing tests. These do not receive green status until the declared data class exists. 36 Observatory records in this category. Each card states the concept under test, observed quantity, QTT target, result, book page anchor, and next falsifier or check.
Predictions and CLEAR TestsSource-work and ideal-system constructor closed in stated classes / numerical execution verified / laboratory validation pending
No empirical σ. Frozen design calculation and mathematical checks only.Artian Constitutive Mechanics: stiffness, damping and noise from one packet
A finite-guard electron pair and quadrupole transmission-line port join equilibrium, stiffness, oscillation, loss and fluctuations without fitting separate response coefficients.
In standard language
One specified work and electrical environment predict several oscillator readouts without separately fitting spring, friction, noise or correlation. V2 adds voltage scaling and four-encoding phase relations. These are source constructions and design predictions; the inspected ion archives are retrospective eligibility checks, not completed pair tests.
Theory-side sensitivity
The physical phase derivative follows the moving equilibrium. Complete Test A and B require the independently calibrated apparatus and error budgets in the companion protocol; synthetic counts demonstrate software recovery, not an observed effect.
QTT archived
Framework first published 2026-10-17; V2.0 published 2026-10-18 under concept DOI 10.5281/zenodo.23438104. Companion protocols: concept DOI 10.5281/zenodo.23438811.
Comparator released
Known public ion experiments preceded this development; no qualified two-electron pair comparator is reported.
Upstream rails
A2 inertial capacityA4 electromagnetic workA5 complete apparatusA6-A7 finite reservoirindependent port calibrationrelaxed equilibrium derivative
Sector
Constitutive source work / voltage response and shared-port phase
Concept under test
Work curvature fixes restoring force and modal stiffness. The same retained environment fixes memory, dissipative response and thermal force noise. The source mass remains the dimensionless Artian count B=M/mA; SI values are downstream readouts.
Observable / dataset
Selected electron separation, two axial frequencies, amplitude hardening, low-state quantum corrections, linear port damping, initial heating and correlated dephasing, under independently qualified field and port conditions.
QTT target
DA=B(-1/2) Hess(uA) B(-1/2); Sfsym(ν)=coth(ν/(2 Theta)) JA(ν). The same work fixes g_-=e d/(√(2) del2); line geometry fixes Z=2 αA ℏ log(b/a)/e2.
Result / sigma
For the stated 2 mV, 1 mm guard/field-scale design: k_+=3.19970927×10−16 and k_-=9.61291270×10−16 N/m; harmonic frequencies 2.982846421 and 5.170149874 MHz. The geometry-derived line impedance is 41.5600594 ohm. The propagated capacitance interval gives linear stretch energy decay 0.0074670261 to 0.0074670400 per second. Zero common linear port coupling still permits quadratic heating. These are model predictions, not measurements. Matched microscopic electrodynamics shares the leading results without target fitting.
Book anchor
V2.0, 43 pages. All V1 technical material retained. Sections 19-20: voltage ladder and cross-response lock; 21: relaxed frequency susceptibility; 22-23: four joint-coherence encodings and transition correction; 24-25: archive eligibility and both deposited tests. The finite-guard pure phase ratio is 0.1336657050. Complete experimental pair tests remain pending.
Source links
Next check / falsifier
Execute the independently calibrated voltage and joint-coherence protocols at concept DOI 10.5281/zenodo.23438811. Slow-voltage phase response must include equilibrium motion; the old fixed-center expression is a restricted direct contribution. Inspected public ion archives support readout development but do not qualify as complete pair tests.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
Framework first published 2026-10-17; V2.0 published 2026-10-18 under concept DOI 10.5281/zenodo.23438104. Companion protocols: concept DOI 10.5281/zenodo.23438811.
Reproduce / audit note
Run the full inherited verifier and independent check, then @@QTTPROTECTED0@@ and @@QTTPROTECTED1@@ from a fresh reconstruction unpack. Numerical verification is separate from experimental evidence.
Predictions and CLEAR TestsTwo source-linked prospective protocols deposited / independent calibration and finite-window readout specified / acquisition pending
No experimental σ; synthetic recovery is software verification.Voltage ladder and four-encoding joint coherence: two linked tests
One protocol paper specifies both an absolute multi-voltage response test and a shared-port coherence-tensor test, without fitting the judged response.
In standard language
Both prospective test protocols are deposited in one document. Test A checks the absolute voltage ladder and geometry lock. Test B checks four coherences under independently measured voltage noise. The public deposit supplies a timestamp for future acquisition; it does not retrospectively preregister existing archives.
Theory-side sensitivity
The protocol specifies covariance, controls and eligibility before new judged counts. Pure phase and energy transitions are separated. A successful test validates the scoped work/port transfer; a matched microscopic model can share these leading observable equations.
QTT archived
Protocol v1.0 published 2026-10-18 under concept DOI 10.5281/zenodo.23438811.
Comparator released
Prospective complete pair acquisition pending. Existing public ion archives support readout development but do not supply the full protocol.
Upstream rails
source-work constructorindependent calibrationcommon pulse filterraw-count likelihoodfixed stopping plan
Sector
Prospective constitutive-mechanics tests / acquisition not yet reported
Concept under test
The same supported work fixes equilibrium, curvature, port coupling and the total frequency derivative along the moving equilibrium.
Observable / dataset
Test A: separation, frequencies, relaxation and heating across seven voltages. Test B: raw counts for two single-mode and two joint coherences under a common calibrated Gaussian voltage drive.
QTT target
The finite-guard cross-response identity equals one. Pure phase exponents obey χD=(√(chi_+)-√(chi_-))2 for same-sign relaxed susceptibilities and common filters; actual finite-band corrections are computed independently.
Result / sigma
Nine-page test document with input covariance, acquisition grids, controls, stopping rules, raw-count likelihood and scoped falsifiers. Ideal phase ratio 1-√(3)/2; nominal finite-guard prediction 0.1336657050. Existing public radial-ion and single-mode archives are not substituted for the two-electron axial apparatus. No completed experimental pass is claimed.
Book anchor
Companion test protocol v1.0, nine pages; full proofs in Artian Constitutive Mechanics v2.0.
Source links
Next check / falsifier
Freeze independent apparatus and incoming-spectrum measurements, then acquire the declared crossed blocks and all four encodings. A successful result validates the scoped transfer; an identically specified microscopic comparator can share it.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
Protocol v1.0 published 2026-10-18 under concept DOI 10.5281/zenodo.23438811.
Reproduce / audit note
Use the source calculator and exact finite-band synthetic count fixture. The 768,000 synthetic shots are software verification, not laboratory observations.
Predictions and CLEAR TestsGlobal physical postulate / conditional finite-packet theorems proved / empirical selection open
No experimental σ: the above-wall witness has not been executed.A6 hard coherence-capacity wall
An over-budget jointly coherent source state is inadmissible even transiently. The finite mass-weighted realization proves state-space, non-stacking and witness consequences without assigning a collapse lifetime.
In standard language
Does nature permit genuine joint coherence when the participating mass exceeds one Artian mass unit? The postulate says no, even transiently. A fixed participating-mass certificate and genuine entanglement witness could decide the question; rapid localization is a different claim.
Theory-side sensitivity
The finite witness uses the exact boundary FGHZ=1/2. A falsifier requires joint lower confidence bounds BGamma>1 and FGHZ>1/2, including source-mass, preparation and detector uncertainties. No power or experimental σ is assigned before an instrument is qualified.
QTT archived
Hard-wall v1.0 published 2026-10-05 under concept DOI 10.5281/zenodo.23159984. This is a source postulate and conditional witness protocol, not an activated sealed experiment.
Comparator released
No mass-certified above-wall dataset is scored. Standard GHZ witness mathematics is used with attribution; earlier hard-mass proposals are compared in the paper.
Upstream rails
Global A6 physical postulateA5 common-event supportA7 completioncomplete funding: derivation targetindependent source/instrument certificate
Sector
Quantum foundations / mass-weighted source-state admissibility
Concept under test
Capacity counts the participating source domain in Artian mass units. The host, spectators and independent domains cannot be silently substituted for the certified coherent mass. Local A6 bounds and the separately stated global postulate are distinct claims.
Observable / dataset
Participating source-mass count and GHZ fidelity under a fixed, independently qualified source-to-instrument certificate.
QTT target
BGamma>1 implies FGHZ≤1/2 in the mass-weighted finite admissibility class. Joint confidence bounds above both thresholds would falsify that realization of the wall.
Result / sigma
All 24 finite checks pass. The global postulate is stated and its conditional mathematical consequences are proved. Complete branchwise funding, unique interacting dynamics and experimental selection remain open. No laboratory result is promoted by these checks.
Book anchor
Hard-wall paper v1.0, 21 pages; Main Book v10.01 pp. 222-223, A5 pp. 251-252, A6 pp. 253-254 and A7.9 p. 266.
Source links
Next check / falsifier
Derive complete branchwise funding from source law and qualify the participating mass and access witness before a held-out test. Preserve distinct local and global capacity claims.
Enumeration card
Legal space
All partition-product density operators whose block mass loads are at most one, and their convex hull; subsystem algebra and positive loads fixed before data.
Gates
Participating mass, complete domain support and access witness must be independently qualified. The state-space consequence is conditional on the global postulate.
Survivors
Mathematical admissibility class proved; no physical branch selected by experiment.
Timestamp
Public source packet, 2026-10-05, concept DOI 10.5281/zenodo.23159984.
Reproduce / audit note
Run the 24 finite checks in the reconstruction archive. They verify exact partition and witness consequences, not the physical postulate. Before a laboratory verdict, freeze and qualify the source-mass and instrument certificate independently of the observed witness.
Predictions and CLEAR TestsDesign-stage preregistration / physical apparatus capsule and new observations pending
No empirical σ. Conditional false-rejection budget 5.7330314376×10−7; not a reported discovery.Artian's Physical Contact Transfer Test
One independently qualified physical interaction must predict one- and two-excitation time transfer, phase response and parity-null records. Eighteen contexts retain all 900,000 initiated attempts, including failures and detector nulls.
In standard language
In mainstream terms, this is a preregistered QTT target for 62 raw-count probability coordinates across 18 trapped-ion contexts. A sensitivity gate requires independently predicted responsive preparation/readout in all four transfer groups.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
2026-09-26 under concept DOI 10.5281/zenodo.22981950
Comparator released
Future comparator not released yet.
Upstream rails
A1-A7access railbook ledger
Sector
Predictions and CLEAR Tests
Concept under test
Physical source/work constraints select the contact exactly when L ker B=0 in the finite affine class. Future-relevant memory, insertion, preparation and detection remain in the source-to-record packet. No exchange rate, finite capacity or readout normalization is fitted to validation data.
Observable / dataset
62 raw-count probability coordinates across 18 trapped-ion contexts. A sensitivity gate requires independently predicted responsive preparation/readout in all four transfer groups.
QTT target
p10to01=sin2(Theta), p11to11=cos2(F Theta), F2=f2a2+f2b^2. Independent symmetric capacities imply (Omega2/(2 Omega1))2=1-1/(2Ka)-1/(2Kb). These are evaluated through the actual detector map.
Result / sigma
Design deposited; 137 mathematical, synthetic, decision and mutation checks pass, including a full 900,000-attempt synthetic log. No laboratory has supplied a qualified Stage B capsule. The canonical branch agrees with matched microscopic QM. A finite-slot test adjudicates only independently qualified physical realizations; its capacity is not a universal QTT prediction.
Book anchor
Protocol 1.0: contact selection Sections 3-4; frozen controls Section 5; preparation and errors Section 6; simultaneous rejection/equivalence Section 7; comparator burden Section 8; independent sign-off Section 10. Companion theorem v2.0 Sections 13-18 supplies the merged extension.
Source links
Next check / falsifier
An experimentalist independently qualifies the physical contact and joint uncertainty, publicly timestamps the complete Stage B prediction capsule before acquisition, then executes the unchanged all-attempt count rule. Failed eligible predictions cannot be repaired afterward.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-09-26 under concept DOI 10.5281/zenodo.22981950
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Predictions and CLEAR Testsdesign sealed / independent laboratory calibration and validation pending
no experimental pull; matched QM predicts the same patternQTT Reference-Memory Composition Test
A prospective six-history benchmark of shared, fresh and echo reference composition. The exact QTT construction is tested directly against retained raw counts, with independent calibration and explicitly scored fitted comparators.
In standard language
In mainstream terms, this is a preregistered QTT target for Signed interference quadratures at four path phases for null, single, shared forward, fresh forward, shared echo and fresh echo histories. Every attempt is retained as plus, minus or loss/leakage.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
2026-09-14 under concept DOI 10.5281/zenodo.22758772
Comparator released
Future comparator not released yet.
Upstream rails
A1-A7access railbook ledger
Sector
Predictions and CLEAR Tests
Concept under test
A retained reference composes rotations before its final trace; independent fresh references multiply separate overlaps. Reversing the second operation undoes a shared reference's interaction but does not erase an independent reference's record.
Observable / dataset
Signed interference quadratures at four path phases for null, single, shared forward, fresh forward, shared echo and fresh echo histories. Every attempt is retained as plus, minus or loss/leakage.
QTT target
g=(1,c,2c^2-1,c2,1,c2), c=cos(π/8); Dforward=-sin2(π/8), Decho=+sin2(π/8). These are also the predictions of matched controlled-unitary QM.
Result / sigma
DESIGN SEALED; no new laboratory data. The package passes 63 algebra, probability, mutation and operating checks plus an end-to-end three-million-attempt synthetic run. The earlier 95.76% injected-pattern retention is a processing audit, not a natural-signal measurement or a correction factor. This benchmark cannot select QTT over matched QM or establish an absolute clock.
Book anchor
Protocol Sections 1-2: six-history source construction; Sections 4-6: independent laboratory capsule and simultaneous count-level decisions; Section 7: matched-QM and fitted-model comparison. The full mathematics is reproduced in the public paper.
Source links
Next check / falsifier
Freeze an independently authenticated apparatus/calibration capsule before validation acquisition; collect the fixed disjoint training and validation samples; report equivalence, rejection, memory contrasts and conditional predictive scores separately.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-09-14 under concept DOI 10.5281/zenodo.22758772
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Predictions and CLEAR TestsSTAGE-0 SEALED / TIER-S SERIAL TEST / TIER-K ZERO-FIT CONJECTURE / OBSERVATION PENDING
no observed σ yetSealed CISS Log-Gram Molecular-Length and Facial-Defect Test
A two-tier preregistration asks whether gain-free chiral spin log-odds add across independently certified molecular completions and subtract across independently measured face-reversing defects. Tier S learns one material slope in training and predicts held-out cells. Tier K freezes the QTT coefficient before data with no fitted amplitude.
In standard language
In mainstream terms, this is a preregistered QTT target for Positive raw currents for both enantiomers across at least four independently characterized length fractions, with racemic/achiral controls, repeated field cycles, full covariance, and an optional independently certified signed-defect series.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
2026-08-25 under concept DOI 10.5281/zenodo.22092628
Comparator released
Future matched CISS length/defect campaign. Ordinary transport comparators and every fitted coupling, contact, dephasing, normalization, branch, and selected window must be declared against the same held-out covariance.
Upstream rails
A4 signed chiralityA5 completed interface eventA6 finite serial packetA7 reversal closureLog-Gram rapidityraw-current covariancewrong-falsification firewall
Sector
Chiral spin filtering / sealed molecular-length test
Concept under test
A4 supplies signed chirality, A5 types the molecule-surface-electron event, A6 makes the admitted serial packet finite, A7 closes reversal orbits, and the Log-Gram theorem maps one positive packet to one unique polarization vector. The fixed projected-loop increment is a separate conjecture rather than an axiom slogan.
Observable / dataset
Positive raw currents for both enantiomers across at least four independently characterized length fractions, with racemic/achiral controls, repeated field cycles, full covariance, and an optional independently certified signed-defect series.
QTT target
Xiodd=(1/4) log[(I_{+,R} I_{-,S})/(I_{-,R} I_{+,S})]. Tier S: Xiodd=β Neff(1-2f), trained once and tested held out. Tier K: Xiodd=Neff(1-2f)/[4 π cos(π/8)] with zero fitted slope, intercept, saturation, length offset, or normalization.
Result / sigma
Protocol and hash packet are sealed. No experimental result has been opened. A qualified Tier-K pass receives the registered zero-target-fit empirical-victory label. Tier-K failure with Tier-S survival rejects only the fixed coefficient; eligible nonadditivity rejects the serial material application; failed structural/current/covariance gates give no theory verdict; a third reproducible shape is preserved as an anomaly.
Book anchor
Sealed test v1.0: two-tier fork pp. 5-6, structural and current gates pp. 6-9, decision rules pp. 9-11, execution and axiom map pp. 12-13; parent theorem concept DOI 10.5281/zenodo.22084700.
Source links
Next check / falsifier
A CISS laboratory should synthesize or fractionate the matched length series, freeze independent Neff and defect characterization, blind material labels, run raw-current acquisition, then execute the public classifier without retuning either tier.
Pull history
Stage-0 sealed on 2026-08-25 under concept DOI 10.5281/zenodo.22092628, after the 2026 discovery amplitudes had been permanently assigned to the Newton-Protocol constructor ledger. The seal does not reuse those amplitudes as validation.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-08-25 under concept DOI 10.5281/zenodo.22092628
Reproduce / audit note
Recompute xiK=1/[4 π cos(π/8)], the frozen planning table, gain and enantiomer mutations, current gradient, signed-defect identity, and every classifier branch from the reconstruction ZIP. Verify the protocol seal before any result packet is opened.
Predictions and CLEAR Testslocked counter-prediction
no σ yetPassive-Host H0 Ladder Test
The Creation Ledger record prints a concrete future discriminator: host environment should matter in a directional way, not merely add scatter.
In standard language
In mainstream terms, this is a preregistered QTT target for Distance-ladder H0 samples split by passive-host versus star-forming-host anchors.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
2026-06-10 under concept DOI 10.5281/zenodo.20633582
Comparator released
Future or reprocessed distance-ladder host-environment split.
Upstream rails
A3 Creation Ledgerstar-forming offsetpassive-host split
Sector
Cosmology / host-environment prediction
Concept under test
A3 Creation Ledger projection fan plus star-forming offset in the late-time H0 ladder.
Observable / dataset
Distance-ladder H0 samples split by passive-host versus star-forming-host anchors.
QTT target
Passive-host anchored samples should return systematically lower H0 than star-forming samples under the same calibration discipline.
Result / sigma
Prediction printed in the Creation Ledger paper; no public σ assigned yet.
Book anchor
Creation Ledger concept DOI 10.5281/zenodo.20633582; QTT Main Book v10.01, pp. 711-715.
Source links
Concept 10.5281/zenodo.20633582
Next check / falsifier
Run a declared host-environment split with calibration, selection, and outlier policy fixed before reading the H0 offset.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-06-10 under concept DOI 10.5281/zenodo.20633582
Reproduce / audit note
Declare passive-host and star-forming-host samples, calibrations, and outlier policy before reading H0; the QTT counter-prediction is passive-host H0 lower than star-forming-host H0.
Predictions and CLEAR Testsprospective governance closed / numerical sensitivity and lab execution pending
no observed pull; five-outcome executor sealedA2 Blind Tabletop Gravity Tests
Version 2.0 preserves all three original A2 tabletop tests and adds the prospective verdict layer needed to protect both QTT and ordinary physics from a wrong conclusion: a machine eligibility product, a frozen GR/QM comparator, a five-outcome executor, a qualified cross-channel anomaly route, and theorem-scoped failure language.
In standard language
In mainstream terms, this is a preregistered QTT target for Atom-interferometry/source-mass protocols with blind modulation, phase echoes, covariance analysis, reciprocal reversals, target-blind artifact injections, and future mesoscopic-source holonomy witnesses.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
2026-08-03 under concept DOI 10.5281/zenodo.20772326
Comparator released
Future blinded atom-interferometry/source-mass or mesoscopic-source execution after all regime, ordinary-model, artifact, reversal, covariance, power, and chronology gates pass.
Upstream rails
A2 source packetequal IR phaseunequal finite address loadeight-gate eligibility productfive-outcome executorqualified-other anomalyscope-limited failure
Sector
Gravity / prospective blind tabletop protocols
Concept under test
Construct pairs of tabletop protocols that ordinary GR/QM compress into the same reduced infrared action while QTT keeps different finite A2 address packets underneath that shared phase. A row can judge that contrast only after packet, regime, ordinary-model, artifact, reversal, covariance, power, and chronology gates all pass before unblinding.
Observable / dataset
Atom-interferometry/source-mass protocols with blind modulation, phase echoes, covariance analysis, reciprocal reversals, target-blind artifact injections, and future mesoscopic-source holonomy witnesses.
QTT target
ThetaIR(PA)=ThetaIR(PB) but AA2(PA) ≠ AA2(PB), with GA2,eligible=Gpacket Gregime GGR/QM Gartifact Greversal Gcovariance Gpower Gchronology. If GA2,eligible=0, the only legal output is INELIGIBLE: NO THEORY VERDICT.
Result / sigma
GREEN prospective governance / YELLOW execution. Test 1 remains the equal-action/unequal-load gravitational AB chopper; Test 2 remains the preferred echo-cancelled endurance-covariance discriminator; Test 3 remains the quantum-source holonomy witness. The executor now distinguishes ineligible, underpowered, qualified ordinary/null, qualified A2 candidate, and qualified-other/cross-channel anomaly outcomes. No apparatus packet or empirical A2 pull is claimed.
Book anchor
Blind tabletop concept DOI 10.5281/zenodo.20772326; experimental-verdict governance concept DOI 10.5281/zenodo.21775175; related AB holonomy concept DOI 10.5281/zenodo.20772090; A2 field concept DOI 10.5281/zenodo.20763263.
Source links
Next check / falsifier
Populate one apparatus packet prospectively; freeze geometry, QTT-sensitive regime, ordinary comparator, artifact bounds, reciprocal reversals, covariance, power, scope, row hashes, and unblinding rule before reading central values. Preserve a reproducible signal outside both registered regions as a qualified-other anomaly rather than forcing it into a null or QTT label.
Pull history
The original three-test architecture is preserved under concept DOI 10.5281/zenodo.20772326. Version 2.0 adds the independent governance theorem at concept DOI 10.5281/zenodo.21775175 without reopening any historical target or seal.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-08-03 under concept DOI 10.5281/zenodo.20772326
Reproduce / audit note
Use concept DOI 10.5281/zenodo.20772326. Freeze the protocol pair, source packet, QTT-sensitive regime, GR/QM comparator, target-blind artifact controls, reciprocal reversals, covariance, power, scope, and unblinding rule. Compute GA2,eligible before opening target labels. If it is zero, return INELIGIBLE: NO THEORY VERDICT; never repair eligibility after seeing the landing.
Predictions and CLEAR Testscarrier-independent constructor closed / platform activation and laboratory execution pending
no observed pull; activation gate onlyA1 Physical-Terminal Constructor Gate
Version 1.3 preserves the physical-terminal constructor and P16 ordinary-null completeness. It replaces exclusion by an angle's name with a physical-operation certificate: common readout angles may pass when their transfer preserves the signal. An unresolved qualification withholds the theory verdict while retaining the observation and its investigation flag. Clock-and-ruler qualification now requires consistent proper-time, coordinate-time, worldline, ruler and synchronization definitions at the raw detector, with each relativistic effect counted once. Independent calibration uncertainty and blind recovery of both inherited hypotheses must pass separately at every predeclared operating setting. Historical seals and each instrument's targets and classifier remain unchanged.
In standard language
In mainstream terms, this is a preregistered QTT target for A platform-specific, machine-readable terminal certificate containing the completed-event witness, physical write ancestry, source- and laboratory-continuity bounds, overwrite history, readout map, detector degree, target-programming audit, covariance packet, chronology, and sealed outcome path.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
2026-10-06 under concept DOI 10.5281/zenodo.21739215
Comparator released
Future qualified platform execution only. Existing Sagnac, Faraday, geometric-holonomy, quantum-clock, and flyby records are downstream platform candidates or capability references; none is promoted by this constructor into an observed A1 result.
Upstream rails
completed source eventphysical write ancestrysource continuitybounded laboratory writeno overwritetarget-blind cameracertified detector degreefail-closed verdict
Sector
Foundations / A1 physical-terminal activation
Concept under test
A physical terminal is fixed by the unique maximal physical reference write inherited by a durable record. A T-star candidate must contain one completed source event CE, continuous source memory, XiL≤εL, XiS≥ηS, no later laboratory overwrite, one final basis-selecting readout, a certified detector degree q, a target-blind camera, and P16 ordinary-null completeness. Autonomy alone is insufficient.
Observable / dataset
A platform-specific, machine-readable terminal certificate containing the completed-event witness, physical write ancestry, source- and laboratory-continuity bounds, overwrite history, readout map, detector degree, target-programming audit, covariance packet, chronology, and sealed outcome path.
QTT target
Sixteen frozen gates compute GPT. P16 requires every applicable centre-of-mass, internal-spin, field, rotational Rontgen, polarization, backscatter, trap, Zeeman, and Stark row to be included, bounded, or shown inapplicable before labels are opened. If GPT=0, the only legal output is INELIGIBLE: NO THEORY VERDICT. If GPT=1, the activated fixed points are Rordinary=1 and RQTT-A1=cos(π/8)q. The value of q and every transfer/camera map must be frozen before target-bearing data are opened.
Result / sigma
GREEN CONSTRUCTOR / YELLOW PLATFORM AND OBSERVATION. The theorem, sixteen-gate validator, positive and hostile fixtures, no-programming firewall, ordinary-null completeness gate, and fail-closed outcome grammar are complete. No existing platform has yet supplied a fully populated passing certificate, so no empirical A1 pull is assigned.
Book anchor
Physical-terminal concept DOI 10.5281/zenodo.21739215; QTT Main Book v10.01 pp. 48-52, 92, 235-237, 541-542, and 889-894; downstream concept families include quantum clock 10.5281/zenodo.21674815, geometric holonomy 10.5281/zenodo.21673340, flyby handshake 10.5281/zenodo.21674819, and the two-test preregistration 10.5281/zenodo.21376520.
Source links
Next check / falsifier
Specialize the blank certificate to one carrier; freeze thresholds, detector degree, completed-event memory chain and P16 ledger before data. Qualify each actual operation rather than banning π/8 or a Bell setting by name. Prove retained signal sensitivity with both-branch injections and independently constrained calibration. Report every acquired outcome after authorized unblinding, including target-like results from unqualified runs, without turning an invalid packet into a theory verdict. For a new campaign use CURRENTRELATIVISTICEXECUTION.md in the current reconstruction. Freeze the apparatus-specific clock/ruler certificate before acquisition and target access; validate both raw-detector predictions and every recovery stratum, then execute the inherited classifier. A released synthetic fixture is not a physical qualification certificate.
Pull history
Version 1.1 added P16 ordinary-null completeness to the physical-terminal constructor. Version 1.2 preserves P1-P16 and qualifies actual operations rather than rejecting an angle alone. It adds independently evidenced signal recovery and complete outcome reporting. Earlier seals remain historical authorities; new confirmatory campaigns must freeze the amended operation receipts before target access. Version 1.3 was published 6 October 2026. Clock-and-ruler qualification now requires consistent proper-time, coordinate-time, worldline, ruler and synchronization definitions at the raw detector, with each relativistic effect counted once. Independent calibration uncertainty and blind recovery of both inherited hypotheses must pass separately at every predeclared operating setting. Historical seals and each instrument's targets and classifier remain unchanged.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-10-06 under concept DOI 10.5281/zenodo.21739215
Reproduce / audit note
Use concept DOI 10.5281/zenodo.21739215 and the current v1.3 terminal certificate and validator. Freeze q, the physical-operation receipts, P1-P16 and the camera/transfer map before target data. A failed qualification emits no theory verdict but preserves the observation. After authorized unblinding report QTT-like, ordinary-like and unexpected summaries symmetrically; candidate flags do not replace the frozen classifier. For a new campaign use CURRENTRELATIVISTICEXECUTION.md in the current reconstruction. Freeze the apparatus-specific clock/ruler certificate before acquisition and target access; validate both raw-detector predictions and every recovery stratum, then execute the inherited classifier. A released synthetic fixture is not a physical qualification certificate.
Predictions and CLEAR Testsactivation-gated laboratory protocol and ordinary-artifact eligibility closed / hardware activation and blinded execution pending
no observed pull; registered 7.612% point separation onlyMonitored-Recurrence Reference-Switch Test
Version 2.04 retains the sealed monitored-recurrence fork and the v2.02 ordinary-parasitic-interference gate. The new physical-operation certificate replaces blanket angle exclusions, requires signal-preserving calibration and separates complete observation reporting from theory eligibility. The upstream terminal certificate, Type-I/Type-II controls, finite-horizon likelihood, reciprocal swaps, pre-data seal and six classifier outcomes remain required. Clock-and-ruler qualification now requires consistent proper-time, coordinate-time, worldline, ruler and synchronization definitions at the raw detector, with each relativistic effect counted once. Independent calibration uncertainty and blind recovery of both inherited hypotheses must pass separately at every predeclared operating setting. Historical seals and each instrument's targets and classifier remain unchanged.
In standard language
In mainstream terms, this is a preregistered two-point discrimination experiment built from first-detection resonance roots. Two devices and two independent oscillator chains exchange source and laboratory roles, while a sealed finite-sample likelihood and full covariance decide between the ordinary point R=1 and the conditional A1 point R=cos(π/8). The comparison is dormant unless all sixteen apparatus-eligibility gates, including the target-blind ordinary-null completeness gate, pass, and the current record is a laboratory protocol rather than an observed result.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
Original v2.02: 2026-08-03. Prospective v2.03 operation amendment: 2026-09-14, under concept DOI 10.5281/zenodo.21703683.
Comparator released
Future qualified blinded execution only. Existing first-detection, recurrence, quantum-control, oscillator, and clock-comparison experiments establish carrier or apparatus capabilities; none supplies the sealed terminal graph and reciprocal MRRS packet required for an A1 verdict.
Upstream rails
first-detection resonance rootsexact finite-N categorical likelihoodtwo-device reciprocal role swapsixteen-gate Physical Terminal certificateP16 ordinary-null completenessrank-two terminal Jacobianirreversible pre-data sealsix-outcome machine adjudication
Sector
Foundations / monitored quantum recurrence / activation-gated reference switching
Concept under test
For device d and preregistered resonance j, ydj=log(x·_dLj/x·_dAj). The generalized least-squares mean Δhat and RMRRS=exp(Δhat) compare the ordinary point R0=1 with the conditional A1 point RA1=cos(π/8). The A1 point is dormant until the current sixteen-gate product GPT=prodi Pi, including P16 ordinary-null completeness, equals one and the separately sealed ordinary-artifact gate GPI equals one; otherwise the legal result is TARGETNOTACTIVATED or INELIGIBLENOTHEORY_VERDICT.
Observable / dataset
Four preregistered first-detection resonance roots measured across two devices, two independent oscillator chains, four reciprocal role cells, and eight supercycles: 81 x 2048 x 8 x 2 x 2 x 4 = 84,934,656 primary trajectory attempts. Each root is obtained from the exact finite-N categorical likelihood, including the no-detection category, with target-blind scan permutations, Hamiltonian/process tomography, hidden timing injections, a complete clock graph, numerical terminal-Jacobian rank certification, and joint covariance retained.
QTT target
After GPT=1, the fixed hypotheses are Δ0=0, R0=1 and ΔA1=log cos(π/8)=-0.0791735919101875…, RA1=0.9238795325112867…. Each equivalence region has frozen log-space half-width 0.025, the design gate is SE(Δhat)≤0.006, and a point classification must exclude the competing point by at least five standard deviations.
Result / sigma
YELLOW/SEALED/EXECUTION PENDING. The 38-page v2.02 release passes 54 independent protocol, ordinary-artifact, clean-reconstruction, and render checks. A 400+400 synthetic planning campaign gives uΔ=0.0010808000 and a 73.25-standard-error point separation under its printed assumptions. The synthetic artifact validator checks both a clean pass and a Type-II failure path; neither is hardware evidence. This certifies software path and planned power only; no hardware activation, laboratory observation, or empirical A1 pull is claimed.
Book anchor
MRRS concept DOI 10.5281/zenodo.21703683; Physical Terminal concept DOI 10.5281/zenodo.21739215; A1-CHSH structural-identity concept DOI 10.5281/zenodo.19979594; QTT Main Book v10.01 pp. 158-160, 235-237, 445-449, 541-542, 552-553, and 560-562.
Source links
Next check / falsifier
An experimental team must complete and hash the platform execution contract before target-bearing recurrence data are opened, pass all sixteen Physical Terminal gates including P16 ordinary-null completeness and the ordinary-artifact eligibility gate, retain the raw first-detection/no-detection counts and full covariance, execute the registered classifier once, and report TARGETNOTACTIVATED or INELIGIBLENOTHEORY_VERDICT whenever the apparatus fails its entrance conditions. For a new campaign use CURRENTRELATIVISTICEXECUTION.md in the current reconstruction. Freeze the apparatus-specific clock/ruler certificate before acquisition and target access; validate both raw-detector predictions and every recovery stratum, then execute the inherited classifier. A released synthetic fixture is not a physical qualification certificate.
Pull history
Version 2.02 added the target-blind ordinary-parasitic-interference gate with Type-I/Type-II controls or a justified non-optical equivalent. Version 2.03 preserves those controls and targets, replaces blanket angle bans with operation qualification, and retains observations even when the theory classifier is ineligible. The reconstruction restores missing inherited figure assets and prevents synthetic artifact reports from qualifying laboratory data. Version 2.04 was published 6 October 2026. Clock-and-ruler qualification now requires consistent proper-time, coordinate-time, worldline, ruler and synchronization definitions at the raw detector, with each relativistic effect counted once. Independent calibration uncertainty and blind recovery of both inherited hypotheses must pass separately at every predeclared operating setting. Historical seals and each instrument's targets and classifier remain unchanged.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
Original v2.02: 2026-08-03. Prospective v2.03 operation amendment: 2026-09-14, under concept DOI 10.5281/zenodo.21703683.
Reproduce / audit note
Use concept DOI 10.5281/zenodo.21703683. Validate the platform packet and ordinary-artifact packet before target-bearing data, require GPT=GPI=1, fit every root with the full finite-N first-detection/no-detection likelihood, form ydj=log(x·_dLj/x·_dAj), compute the joint-covariance generalized least-squares Δhat, and run the packaged six-outcome classifier once. Never infer the camera, artifact correction, exclusions, regularization, or terminal rank from the observed landing. For a new campaign use CURRENTRELATIVISTICEXECUTION.md in the current reconstruction. Freeze the apparatus-specific clock/ruler certificate before acquisition and target access; validate both raw-detector predictions and every recovery stratum, then execute the inherited classifier. A released synthetic fixture is not a physical qualification certificate.
Predictions and CLEAR Teststwo independent fixed-target tests sealed / complete raw-data pipelines / laboratory execution pending
no observed pull; registered 7.612% point separation onlyAbsolute-Clock Two-Test Preregistration
Version 3.3 preserves the two independently judged experiments and v3.1 ordinary-null completeness. It replaces blanket angle bans with operation-level qualification and adds complete post-unblinding outcome reporting. Test 1 remains a four-history matter-wave Sagnac Gram test; Test 2 remains a same-sample Faraday reference-switch test reconstructed from complete H,V,D,A,R,L outcomes. Their transfer maps, controls, covariances and verdicts remain separate. Clock-and-ruler qualification now requires consistent proper-time, coordinate-time, worldline, ruler and synchronization definitions at the raw detector, with each relativistic effect counted once. Independent calibration uncertainty and blind recovery of both inherited hypotheses must pass separately at every predeclared operating setting. Historical seals and each instrument's targets and classifier remain unchanged.
In standard language
In mainstream terms, this is a preregistered QTT target for Test 1 uses the rotation-odd first Fourier phasor from complete Ramsey-phase scans in four physical terminal-reference histories. Test 2 records H,V,D,A,R,L at both field signs, forms Z=S1+iS2 and D(F)=(Z+−Z^-)/2, and retains S3 as the ellipticity, physicality, and leakage control. The production analysis propagates the full 18-dimensional covariance rather than substituting diagonal or marginal errors.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
2026-10-06 under concept DOI 10.5281/zenodo.21376520
Comparator released
Future blinded execution of Test 1 and Test 2. Existing Sagnac, atom-chip, Faraday-rotation, and polarization-optics results establish instrument capabilities and controls only. They do not populate the registered four-history packets and are not counted as absolute-clock observations.
Upstream rails
matter-wave Sagnac phasorsame-sample Faraday Stokes phasorfour-history Gram ratioordinary-overlap certificatestarget-blind camera correctionscos(π/8) projectionphysical-operation identifiabilitycomplete outcome reportingseparate sealed unblinding
Sector
Foundations / matter-wave interferometry / magneto-optical clock comparison
Concept under test
For d in {S,F}, Rd=[1/(Cd Ndordinary)] √(|DτT(d) DTtau(d)|/|Dtautau(d) DTT(d)|). Cd is a target-blind camera correction and Ndordinary is an independently frozen ordinary cross-history overlap. Neither may be learned from target-bearing rows. A common unitary preserves overlaps at every angle. Qualification fails only when the actual operation erases signal identifiability, manufactures the same distribution under both complete hypotheses, or lacks its required transfer evidence; the observation is retained.
Observable / dataset
Test 1 uses the rotation-odd first Fourier phasor from complete Ramsey-phase scans in four physical terminal-reference histories. Test 2 records H,V,D,A,R,L at both field signs, forms Z=S1+iS2 and D(F)=(Z+−Z^-)/2, and retains S3 as the ellipticity, physicality, and leakage control. The production analysis propagates the full 18-dimensional covariance rather than substituting diagonal or marginal errors.
QTT target
Only after every topology, camera, ordinary-overlap, covariance, raw-block completeness, power, chronology, and no-programming gate passes do the fixed points activate: Rstandard=1 and RQTT=cos(π/8)=0.9238795325112867. The tests are not combined post hoc; each must earn its own label. Ambiguous topology, incomplete accepted blocks, target-derived transfer, or post-data repair produces NO THEORY VERDICT.
Result / sigma
YELLOW/SEALED/EXECUTION PENDING. Version 3.1 starts from raw detector counts, preserves both production extractors and the registered classifier, and adds the Reilly-Holland centre-of-mass/spin rotation terms, hyperfine shift, rotational Rontgen interaction, and the P16 fail-closed conventional-model ledger. In 4,000 synthetic trial packets the expected registered label was recovered in every branch; the Wilson 95% lower classification bound was 0.9961732415 and the largest propagated ratio uncertainty stayed below 0.0015. These are software-path and power certificates, not laboratory evidence. No qualifying target data are deposited and no empirical pull is assigned. The Two-Test design audit retains all 72 settings and 288,000 synthetic trials. Under its stated ideal log-ratio model, σR=0.0015 gives only 73.7% QTT-branch power, so the ceiling alone does not satisfy the separately required 80% power gate. At σR=0.0013, conditional powers are 88.9% for QTT and 94.1% for the ordinary target; at 0.0010 they are 99.2% and 99.8%. These are detection probabilities conditional on a generating hypothesis, not theory-truth probabilities or observations.
Book anchor
Two-test preregistration concept DOI 10.5281/zenodo.21376520; Folman phase-spine concept DOI 10.5281/zenodo.20123495; Artian time concept DOI 10.5281/zenodo.20761499; radiative Lorentz-stability concept DOI 10.5281/zenodo.21301312; QTT Main Book v10.01 pp. 554-573, 916-920, and 1192-1196.
Source links
Next check / falsifier
A laboratory team must replace the ephemeral release signer with its own external trust root, freeze apparatus-specific topology and ordinary-overlap certificates before target data, pass the Test 1 and Test 2 hardware controls independently, execute each blind packet once, and seek independent replication before treating either eligible point landing as evidence for a foundational interpretation. For a new campaign use CURRENTRELATIVISTICEXECUTION.md in the current reconstruction. Freeze the apparatus-specific clock/ruler certificate before acquisition and target access; validate both raw-detector predictions and every recovery stratum, then execute the inherited classifier. A released synthetic fixture is not a physical qualification certificate.
Pull history
The concept family progressed from a two-channel proposal to a four-history operator, the Version 3.0 merged two-test contract, and the Version 3.1 post-seal ordinary-null completeness upgrade. Earlier seals and no-go results remain in the reconstruction archive. Version 3.1 adds the rotating-platform centre-of-mass/spin Hamiltonian rows, hyperfine shift, rotational Rontgen interaction, and fail-closed P16 ledger without changing either fixed target value, ratio orientation, compatibility band, power threshold, or classifier. Version 3.3 was published 6 October 2026. Clock-and-ruler qualification now requires consistent proper-time, coordinate-time, worldline, ruler and synchronization definitions at the raw detector, with each relativistic effect counted once. Independent calibration uncertainty and blind recovery of both inherited hypotheses must pass separately at every predeclared operating setting. Historical seals and each instrument's targets and classifier remain unchanged.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-10-06 under concept DOI 10.5281/zenodo.21376520
Reproduce / audit note
Use concept DOI 10.5281/zenodo.21376520, version 3.3 and CURRENTRELATIVISTICEXECUTION.md. Run the raw-count extractors and the new signed preflight and production entry points. Test 1 retains complete Ramsey-phase and rotation-sign blocks; Test 2 retains H,V,D,A,R,L at both field signs and S3 controls. Freeze Cd and Ndordinary independently. Qualify every operation, including common 22.5-degree or 45-degree readout. Ambiguous topology, incomplete accepted blocks, substituted covariance, manufactured non-identifiable residuals or post-data repair still withhold the theory verdict. All acquired outcomes remain archived and are reported after authorized unblinding. For a new campaign use CURRENTRELATIVISTICEXECUTION.md in the current reconstruction. Freeze the apparatus-specific clock/ruler certificate before acquisition and target access; validate both raw-detector predictions and every recovery stratum, then execute the inherited classifier. A released synthetic fixture is not a physical qualification certificate.
Predictions and CLEAR Testsprospective four-history protocol sealed / hardware qualification and laboratory execution pending
no observed pull; fixed-point separation is 7.612%A1 Geometric-Holonomy Reference-Switch Test
A prospective same-platform Berry-carrier test separates the ordinary geometric phase from the proposed A1 amplitude readout. It asks for four terminal reference histories, a target-blind ordinary cross-history transfer certificate, and the raw complex first phasors needed to judge a fixed ratio without retuning the source. Clock-and-ruler qualification now requires consistent proper-time, coordinate-time, worldline, ruler and synchronization definitions at the raw detector, with each relativistic effect counted once. Independent calibration uncertainty and blind recovery of both inherited hypotheses must pass separately at every predeclared operating setting. Historical seals and each instrument's targets and classifier remain unchanged.
In standard language
In mainstream terms, this is a preregistered QTT target for Complex first phasors Dab in the four histories a,b in {T,τ}, measured with opposite winding on one autonomous geometric-holonomy platform. Historic fibre and neutron Berry records remain ineligible because they do not retain the required crossed terminal-reference phasors, target-blind transfer map, and covariance packet.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
2026-10-06 under concept DOI 10.5281/zenodo.21673340
Comparator released
Future qualified same-platform execution only. Bitter-Dubbers neutron and Tomita-Chiao fibre experiments are carrier references, not populated A1 comparators.
Upstream rails
A1 two-clock projectionordinary Berry carrierfour-history first-phasor Gram ratiotarget-blind cross-history transferunprogrammed topologysealed covariance adjudication
Sector
Foundations / A1 geometric holonomy / reference-switch interferometry
Concept under test
The ordinary Berry relation γB=-Ω/2 remains a carrier qualification. The A1 question is posed only at the terminal-reference amplitude level: after the ordinary cross-history map is certified independently, a same-platform four-history Gram ratio distinguishes the registered points Rstandard=1 and RQTT=cos(π/8).
Observable / dataset
Complex first phasors Dab in the four histories a,b in {T,τ}, measured with opposite winding on one autonomous geometric-holonomy platform. Historic fibre and neutron Berry records remain ineligible because they do not retain the required crossed terminal-reference phasors, target-blind transfer map, and covariance packet.
QTT target
Rgeo,clk=[1/Ncrossordinary] √(DτT DTtau/(Dtautau DTT)); eligible targets are Rstandard=1 and RQTT=cos(π/8)=0.9238795325112867. Version 1.1 admits common angles with a proved signal-preserving transfer. A manufactured non-identifiable residual, target-derived calibration, incomplete topology or missing covariance withholds the theory verdict, never the observation report.
Result / sigma
YELLOW/SEALED/EXECUTION PENDING. The theorem and release package close the estimator, carrier-qualification, target-programming, transfer-certificate, and archival-ineligibility gates. They do not claim an observed A1 result, a Berry-phase deficit, or evidence from legacy data.
Book anchor
Geometric-holonomy reference-switch concept DOI 10.5281/zenodo.21673340; QTT Main Book v10.01 pp. 159-172 and 889-892. Historical carrier references: Bitter and Dubbers (1987), Tomita and Chiao (1986), and the modern neutron reanalysis cited in the release package.
Source links
Next check / falsifier
A laboratory team must freeze the physical terminal-reference topology, demonstrate an unprogrammed hardware map, certify the target-blind ordinary crossed-history transfer, publish raw four-phasor covariance, and run the sealed adjudicator. A qualified landing near 1 favours the ordinary target; a qualified landing near cos(π/8) supports the stated A1 projection; every ineligible configuration is reported without a theory verdict. For a new campaign use CURRENTRELATIVISTICEXECUTION.md in the current reconstruction. Freeze the apparatus-specific clock/ruler certificate before acquisition and target access; validate both raw-detector predictions and every recovery stratum, then execute the inherited classifier. A released synthetic fixture is not a physical qualification certificate.
Pull history
Version 1.0 is the first public geometric-holonomy reference-switch protocol in the corpus. It incorporates the earlier two-clock preregistration's no-programming discipline while separately proving that published neutron and fibre Berry records are not eligible four-history A1 packets. Version 1.2 was published 6 October 2026. Clock-and-ruler qualification now requires consistent proper-time, coordinate-time, worldline, ruler and synchronization definitions at the raw detector, with each relativistic effect counted once. Independent calibration uncertainty and blind recovery of both inherited hypotheses must pass separately at every predeclared operating setting. Historical seals and each instrument's targets and classifier remain unchanged.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-10-06 under concept DOI 10.5281/zenodo.21673340
Reproduce / audit note
Use concept DOI 10.5281/zenodo.21673340, version 1.2. Freeze topology, winding, ordinary cross-history transfer, extractor, covariance, physical-operation receipts and adjudication before target phasors. Compute Rgeo,clk=[1/Ncrossordinary] √(DτT DTtau/(Dtautau DTT)). Do not reject an angle by name. Missing transfer evidence, target-trained calibration or non-identical predictions that cannot be resolved with the registered power withhold a confirmatory label. Retain all observations and their quality flags. For a new campaign use CURRENTRELATIVISTICEXECUTION.md in the current reconstruction. Freeze the apparatus-specific clock/ruler certificate before acquisition and target access; validate both raw-detector predictions and every recovery stratum, then execute the inherited classifier. A released synthetic fixture is not a physical qualification certificate.
Predictions and CLEAR Testsfour-history theorem sealed / physical terminal graph and laboratory execution pending
no observed pull; fixed-point separation is 7.612%A1 Quantum-Clock Reference-Switch Test
A prospective delocalized-atomic-clock experiment retains the standard proper-time phase as a shared carrier and asks a separate terminal-reference question. Four physical τ/T histories, reversal-paired first clock-coherence phasors, and a target-blind ordinary cross-history map are required before the fixed A1 ratio is judged. Clock-and-ruler qualification now requires consistent proper-time, coordinate-time, worldline, ruler and synchronization definitions at the raw detector, with each relativistic effect counted once. Independent calibration uncertainty and blind recovery of both inherited hypotheses must pass separately at every predeclared operating setting. Historical seals and each instrument's targets and classifier remain unchanged.
In standard language
In mainstream terms, this is a preregistered QTT target for First complex clock-coherence phasors Zab(±) for a,b in {τ,T}, recorded on one delocalized atomic clock under reversed proper-time geometries, together with raw population/fringe scans, joint covariance, physical terminal-topology receipts, and an independently frozen ordinary cross-history transfer.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
2026-10-06 under concept DOI 10.5281/zenodo.21674815
Comparator released
Future qualified same-clock execution only. Current delocalized-clock and quantum-clock-interferometry literature establishes carrier feasibility, not an A1 terminal-reference observation.
Upstream rails
standard proper-time clock phaseA1 two-clock terminal projectionfour-history first-phasor Gram ratiotarget-blind ordinary transferphysical terminal topologyphysical-operation identifiabilitycomplete outcome reportingsealed covariance adjudication
Sector
Foundations / quantum-clock interferometry / A1 terminal-reference switching
Concept under test
The conventional clock phase Δ phiclock=ω0 Δ τ remains unchanged. The registered A1 statement begins only after that carrier check: one completed source-time record read between an Absolute Background Clock terminal T and a laboratory proper-time terminal τ carries the real amplitude projection cos(π/8). Software labels cannot substitute for two physical terminal architectures.
Observable / dataset
First complex clock-coherence phasors Zab(±) for a,b in {τ,T}, recorded on one delocalized atomic clock under reversed proper-time geometries, together with raw population/fringe scans, joint covariance, physical terminal-topology receipts, and an independently frozen ordinary cross-history transfer.
QTT target
Rqc,clk=[1/Ncrossordinary] √(DτT DTtau/(Dtautau DTT)), with Dab=√(|Zab+ Zab−|). The eligible fixed points are Rordinary=1 and RQTT-A1=cos(π/8)=0.9238795325112867. Bare five-σ separation requires σ(R)≤0.0152241; the recommended design target is 0.005.
Result / sigma
YELLOW/SEALED/EXECUTION PENDING. Three adversarial audits close carrier substitution, physical-topology, ordinary-map, target-programming/CHSH, readout-exponent, covariance, and power gates. Synthetic ordinary and A1 packets recover their generating targets, certifying the analysis path only. No existing clock dataset contains the required four physical terminal histories, so no empirical A1 pull is assigned.
Book anchor
Quantum-clock reference-switch concept DOI 10.5281/zenodo.21674815; QTT Main Book v10.01 pp. 47-52, 139-145, 159-172, 892, and 894; related two-test preregistration concept DOI 10.5281/zenodo.21376520.
Source links
Next check / falsifier
Implement two genuinely different terminal-reference architectures on one clock carrier and freeze the ordinary crossed-history transfer outside target-bearing data. Under version 1.1, inventory and qualify every operation: π/8, π/4 and Bell settings are not vetoes by themselves. Verify both fixed hypotheses survive the full calibration pipeline. Retain raw phasors, covariance and all outcomes; a failed qualification withholds only the confirmatory theory verdict. For a new campaign use CURRENTRELATIVISTICEXECUTION.md in the current reconstruction. Freeze the apparatus-specific clock/ruler certificate before acquisition and target access; validate both raw-detector predictions and every recovery stratum, then execute the inherited classifier. A released synthetic fixture is not a physical qualification certificate.
Pull history
Version 1.0 is the first public quantum-clock-specific four-history reference-switch theorem in the corpus. It preserves the standard ω0 Δ τ carrier and moves the A1 question to a separately certified terminal-reference amplitude statistic. Version 1.2 was published 6 October 2026. Clock-and-ruler qualification now requires consistent proper-time, coordinate-time, worldline, ruler and synchronization definitions at the raw detector, with each relativistic effect counted once. Independent calibration uncertainty and blind recovery of both inherited hypotheses must pass separately at every predeclared operating setting. Historical seals and each instrument's targets and classifier remain unchanged.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-10-06 under concept DOI 10.5281/zenodo.21674815
Reproduce / audit note
Use concept DOI 10.5281/zenodo.21674815, version 1.2. Realize τ and T physically, retain Zab(±) and joint covariance, freeze Ncrossordinary independently, and compute Rqc,clk=[1/Ncrossordinary] √(DτT DTtau/(Dtautau DTT)). Qualify the actual operation and retained sensitivity, not its angle's name. Software-only terminal labels, target-derived transfer, incomplete covariance or an uncertified exponent still block the theory verdict. Report the observations, including unresolved target-like features, after authorized unblinding. For a new campaign use CURRENTRELATIVISTICEXECUTION.md in the current reconstruction. Freeze the apparatus-specific clock/ruler certificate before acquisition and target access; validate both raw-detector predictions and every recovery stratum, then execute the inherited classifier. A released synthetic fixture is not a physical qualification certificate.
Predictions and CLEAR Testsmulti-route crossed-link theorem sealed / mission hardware, covariance, and execution pending
no observed pull; coefficient targets 0 versus 1A1 Earth-Flyby Dual-Link Handshake
A prospective spacecraft protocol replaces retrospective flyby-anomaly relabelling with two simultaneous physical clock histories, crossed electronics roles, and at least two nondegenerate route orientations. Its central no-go theorem proves that one ideal central-force flyby with a free inter-link offset cannot identify the proposed A1 coefficient. Clock-and-ruler qualification now requires consistent proper-time, coordinate-time, worldline, ruler and synchronization definitions at the raw detector, with each relativistic effect counted once. Independent calibration uncertainty and blind recovery of both inherited hypotheses must pass separately at every predeclared operating setting. Historical seals and each instrument's targets and classifier remain unchanged.
In standard language
In mainstream terms, this is a preregistered QTT target for For each route p, the crossed-role half-sum dp=(Δ yp,A+Δ yp,B)/2 and frozen geometry gp=<2(ΩE x r).v/c2>_p, with common navigation physics retained in both channels, full covariance, loopback, station-transfer, media, transponder, clock, and reacquisition controls.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
2026-10-06 under concept DOI 10.5281/zenodo.21674819
Comparator released
Future qualified mission or dedicated spacecraft execution only. Historical Anderson-type flyby anomalies and public DSN/radio-science archives lack simultaneous crossed T/τ histories and therefore receive no A1 verdict.
Upstream rails
simultaneous physical T/τ linkscrossed hardware rolesEarth-rotation geometrymulti-route rank gatecovariance nuisance projectionprimary/holdout transferarchive-ineligibility firewall
Sector
Foundations / spacecraft radio science / A1 dual-clock handshake
Concept under test
One continuously phase-connected T-candidate history and one physically clock-gated/reacquired τ-candidate history co-propagate through nearly the same radio path. Repeating each route with the electronics roles swapped cancels the leading hardware offset. Multiple route orientations are mandatory because (ΩE x r).v=ΩE.(r x v) is nearly constant on one central-force flyby and otherwise lies in the offset nuisance span.
Observable / dataset
For each route p, the crossed-role half-sum dp=(Δ yp,A+Δ yp,B)/2 and frozen geometry gp=<2(ΩE x r).v/c2>_p, with common navigation physics retained in both channels, full covariance, loopback, station-transfer, media, transponder, clock, and reacquisition controls.
QTT target
κA1=(gT C−1 Pperp d)/(gT C−1 Pperp g), with Hordinary:κA1=0 and HQTT-A1:κA1=1. Eligibility requires gT C−1 Pperp g>0, sign and unit-coefficient transfer across held-out routes, crossed hardware roles, and σ(κA1)≤0.2 for a bare five-σ fork; the recommended target is 0.1.
Result / sigma
YELLOW/SEALED/EXECUTION PENDING. Three adversarial audits reject analysis-only arc splits, prove the single-route/free-offset rank failure, preserve all conventional DSN terms, and test role crossing, route reversal, nuisance projection, transfer, covariance, and power. Synthetic ordinary and A1 packets recover coefficients 0 and 1. Historical Anderson-type anomalies and public radio-science archives lack the required crossed physical graph and remain ARCHIVE INELIGIBLE: NO A1 VERDICT.
Book anchor
Earth-flyby handshake concept DOI 10.5281/zenodo.21674819; QTT Main Book v10.01 pp. 47-52, 159-172, 480-483, 495-498, 892, and 894; Absolute-Clock Laboratory Discriminator Atlas concept DOI 10.5281/zenodo.21428128.
Source links
Next check / falsifier
Design at least two, preferably opposite, route orientations with simultaneous dual-link histories and crossed electronics roles. Freeze ephemerides, ordinary navigation model, nuisance basis, covariance, geometry rank, primary/holdout split, and unblinding rule before opening target-bearing residuals. A single flyby with a free offset is ineligible by theorem. For a new campaign use CURRENTRELATIVISTICEXECUTION.md in the current reconstruction. Freeze the apparatus-specific clock/ruler certificate before acquisition and target access; validate both raw-detector predictions and every recovery stratum, then execute the inherited classifier. A released synthetic fixture is not a physical qualification certificate.
Pull history
Version 1.0 replaces an archive-first flyby idea with a prospective crossed-link, multi-route preregistration. The third adversarial pass forced the single-route no-go theorem and materially changed the eligible experimental topology before publication. Version 1.1 was published 6 October 2026. Clock-and-ruler qualification now requires consistent proper-time, coordinate-time, worldline, ruler and synchronization definitions at the raw detector, with each relativistic effect counted once. Independent calibration uncertainty and blind recovery of both inherited hypotheses must pass separately at every predeclared operating setting. Historical seals and each instrument's targets and classifier remain unchanged.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-10-06 under concept DOI 10.5281/zenodo.21674819
Reproduce / audit note
Use concept DOI 10.5281/zenodo.21674819. Build simultaneous continuous and physically gated/reacquired links, cross their electronics roles, acquire at least two nondegenerate route orientations, freeze the ordinary navigation model and covariance, verify gT C−1 Pperp g>0, and compute κA1=(gT C−1 Pperp d)/(gT C−1 Pperp g). A single route/free offset, analysis-only arc split, failed holdout transfer, or missing physical graph is INELIGIBLE NO THEORY VERDICT. For a new campaign use CURRENTRELATIVISTICEXECUTION.md in the current reconstruction. Freeze the apparatus-specific clock/ruler certificate before acquisition and target access; validate both raw-detector predictions and every recovery stratum, then execute the inherited classifier. A released synthetic fixture is not a physical qualification certificate.
Predictions and CLEAR TestsGREEN source theorem / propagator discriminator derived / access pending
parameter-free source residual; laboratory camera pendingFinite Wave Packet and d'Alembert Shadow
The v4.1 theorem retains the unique spatial sector, exact Chebyshev propagation and frozen directional residual of the finite A1 real-J update. It completes the infinite-address initial-data domain and constructs dynamics respecting both the spectral gate and the separate global coherent-mass postulate.
In standard language
The wave row derives the unique A6 bounded free packet space, exact Chebyshev all-tick real-J propagator, and a coefficient-free directional phase residual with η1=0 and an exact one-rail null; the smooth wave equation is its access shadow.
Theory-side sensitivity
Empirical sensitivity is in a future camera-qualified multi-direction phase or time-of-flight comparator. Mathematical sensitivity is the source-to-readout transfer and open nonlinear completion; low-energy wave-equation recovery alone is not the discriminator.
QTT archived
2026-08-31 under concept DOI 10.5281/zenodo.20723081
Comparator released
Wave Dynamics v4.1, 2026-10-05, concept DOI 10.5281/zenodo.20723081; source-clean, camera-qualified phase or time-of-flight comparators remain unopened audit gates.
Upstream rails
A1 real-J dialA6 spectral projectorexact Chebyshev all-tick propagatorparameter-free phase residualone-rail nulldirectional quadratic tensorsource-to-readout gatenonlinear no-go
Sector
Propagation / A1 wave shadow
Concept under test
Write Q=-Δ/4. A6 admits exactly HA6=Ran 1_[0,1](Q). On that packet space, C=I-2Q and R=2 √(Q(I-Q)) form an exact real-J orthogonal rotor. Every power is UA6N=[[TN(C),R U_{N-1}(C)],[-R U_{N-1}(C),TN(C)]]. The continuum field is the laboratory shadow, not the source primitive.
Observable / dataset
A qualified source-to-field camera measuring multi-tick phase transport across at least two declared source-frame directions, with the exact one-rail null as an internal control and source/emission physics separated from propagation readout.
QTT target
ΔΦN=N(Ω-K)=N K3(1-suma na4)/24+O(N K5), η1=0, η2=(1-suma na4)/24, and γ2=3 η2. The axis residual is exactly zero; simultaneous multi-rail propagation has a nonnegative directional coefficient.
Result / sigma
GREEN: the unique free spatial packet gate, exact real-J and Chebyshev propagation, d'Alembert shadow, linear-channel absence and frozen directional residual are derived. Version 4.1 adds the exact infinite-address initial-data range criterion and recorded legal-block two-gate dynamics. The global coherent-mass wall is an adopted physical postulate, not inferred from the wave norm. SOURCE-DERIVED / ACCESS OPEN: laboratory camera and sensitivity remain to be certified. Generic pointwise quadratic interactions fail the packet gate, including for normalizable packets; a unique general nonlinear completion remains open.
Book anchor
Wave-shadow concept DOI 10.5281/zenodo.20723081; QTT Main Book v10.01 A1/A4/A5/A6/A7 source-wave anchors and compact corpus ledger.
Source links
Concept 10.5281/zenodo.20723081
Next check / falsifier
Derive and freeze the source-to-field camera, ruler/orientation map, response, sensitivity, and covariance before opening a propagation comparator. A qualified nonzero one-rail residual, wrong directional tensor or sign, nonzero η1, or failure of the frozen Chebyshev phase law would falsify the scoped propagator consequence. A nonlinear claim still requires its own capacity-completion theorem.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-08-31 under concept DOI 10.5281/zenodo.20723081
Reproduce / audit note
Use concept DOI 10.5281/zenodo.20723081. Diagonalize Q=-Δ/4, apply PA6=1_[0,1](Q), verify UA6T UA6=I, compare direct matrix powers with the Chebyshev form, recover the second-order recurrence, and derive ΔΦN=N(Ω-K). Verify η1=0, the exact axis null, and the face/body-diagonal coefficients before introducing any laboratory response.
Predictions and CLEAR TestsA7U-G source gap and visibility transport closed / direct floor observation pending
consistency-green; no floor signal claimedA7U Molecular Visibility Transport
The molecular-visibility transport paper closes the source-gap/access-transport framework from the A7U finite chamber gap into profiled molecular visibility rows. Existing Pedalino/Arndt sodium-cluster and C70 data are consistency-green after apparatus-block profiling, but they are not claimed as a direct observation of the A7U floor.
In standard language
The matter-wave row asks whether A7U leaves a locked shape in molecular-visibility data after ordinary decoherence and apparatus blocks have been separated.
Theory-side sensitivity
Existing visibility rows are consistency checks after apparatus profiling. The decisive test is a locked nonconstant A7U-G shape, not a constant visibility offset.
QTT archived
2026-06-22 under concept DOI 10.5281/zenodo.20796924
Comparator released
Existing Pedalino sodium-cluster, C70 collisional-decoherence, and C70 thermal-emission records are ordinary-decoherence/apparatus controls. The decisive comparator is a future same-apparatus, multi-mass visibility audit with independent Ab calibration, raw counts, covariance, and a locked nonconstant A7U-G transport shape.
Upstream rails
A7U same-universe completionfinite chamber source gapvisibility transportapparatus-block profilingshape-only matter-wave audit
Sector
Foundations / A7U matter-wave access
Concept under test
The upstream A7U source theorem fixes the finite chamber structure before data: NGamma in N, qmin(Gamma)=2·π/NGamma, εmin(Gamma)=1/NGamma, and δG(Gamma)=2/NGamma·(1-1/NGamma). The transport paper then maps that source gap through Tvis into FjA7U and compares only the block-profiled shape, so a constant floor cannot be smuggled in as a fitted contrast loss.
Observable / dataset
Molecular matter-wave visibility rows: sodium-cluster interferometry, C70 collisional decoherence, C70 thermal-emission decoherence, and future same-apparatus multi-mass audits with independent contrast calibration and raw-count covariance.
QTT target
δG(Gammaj) → Tvis → FjA7U; Vobsbj=Ab VQM/envbj FjA7U εbj; sobsbj=Pib[log Vobsbj-log VQM/envbj]; sjA7U=Pib[log FjA7U]. Pib removes the apparatus-block mean, so only a frozen nonconstant source shape can survive.
Result / sigma
CLOSED framework theorem: finite chamber source gap and access transport map. CONSISTENCY-GREEN: existing Pedalino/Arndt rows after apparatus-block profiling. PENDING: direct A7U floor observation, which requires a frozen FjA7U shape, declared covariance, raw counts, and blind agreement before the source can be promoted from consistency to observation.
Book anchor
A7U molecular visibility concept DOI 10.5281/zenodo.20796924; upstream A7U distributed-bundle source concept DOI 10.5281/zenodo.20097247; QTT Main Book v10.01 A5/A6/A7, Access Law, Born/projection, and matter-wave source-access anchors.
Source links
Next check / falsifier
Do not use a parameter-count boast here: the decisive test is not fewer knobs, but a locked nonconstant A7U-G visibility shape. Freeze NGamma, Tvis, apparatus contrast handling, raw-count covariance, and the shape vector sA7U before opening visibility data. A single-block constant residual is degenerate with Ab unless Ab is independently calibrated.
Pull history
A7U molecular visibility transport is tracked under concept DOI 10.5281/zenodo.20796924. It uses the A7U distributed-bundle source theorem, concept DOI 10.5281/zenodo.20097247, as the upstream source paper.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-06-22 under concept DOI 10.5281/zenodo.20796924
Reproduce / audit note
Use concept DOI 10.5281/zenodo.20796924 for the molecular visibility transport row and concept DOI 10.5281/zenodo.20097247 for the upstream A7U source theorem. Print NGamma and Tvis before reading data. Do not treat Fcoll/Fthermal physical rows as knobs that A7U defeats, and do not fit a constant visibility offset, CSL-like rate, hidden reservoir, or apparatus fudge factor as the A7U signal.
Predictions and CLEAR TestsStage-0 sealed / physical target activation pending / observation pending
no target data opened; no σ assignedFourth-Face Talbot-Lau Completed-Event Preregistration
Test A v2.0 preserves the sealed seven-bin A7U source branch and decision thresholds. Its current execution integrates the source factor over the calibrated joint mass-velocity distribution inside the ordinary complex kernel and binds every actual analysis input to the reviewed pre-data packet. The source-only feasibility vector remains a forecast, not the instrument prediction. The experimental guide defines the five UEL coordinates in Planck units and preserves unexplained residuals separately from the unchanged primary verdict.
In standard language
This is the sealed next-stage matter-wave test. It fixes what QTT would add, but refuses to judge QTT until the real interferometer response and covariance have been frozen without looking at the target data.
Theory-side sensitivity
The sealed source forecast is not yet the laboratory target. Sensitivity depends on the independently frozen complex Talbot kernel, mass and velocity response, κ activation proof, covariance, nuisance basis, extraction operator, and replication rule.
QTT archived
2026-09-23 under concept DOI 10.5281/zenodo.22010227
Comparator released
Prospective execution only. The 2025 Pedalino public archive demonstrates platform readiness but does not supply the complete velocity-resolved visibility, covariance, ordinary-kernel, and path-provenance packet needed for retrospective adjudication.
Upstream rails
sealed source branchseven-bin first-harmonic shapeordinary complex Talbot kernelapparatus κ activationcovariance nuisance projectionfail-closed classifierindependent replication
Sector
Foundations / A7U matter-wave blind test
Concept under test
The source law fixes Δn(v), NGamma,n, and FnA7U before observation. A physical target exists only after the ordinary complex Talbot kernel, event weights, covariance, nuisance projector, extraction operator, and the apparatus-specific κ=1 proof are independently frozen and hashed.
Observable / dataset
A seven-bin, first-harmonic, shape-only molecular matter-wave residual after ordinary quantum/environmental transport and declared nuisance directions have been applied inside each velocity-bin integral.
QTT target
H0: yperp=0. HA7U: yperp=Pprof gphys, with gphysr=log|integral(Wr(M,v) B1QM/env(M,v) F1A7U(M,v) dM dv)/integral(Wr(M,v) B1QM/env(M,v) dM dv)| and ∂ gphys/∂ y=0. Laboratory mass is a calibrated readout coordinate; source mass remains M/mA.
Result / sigma
STAGE-0 SEALED. The high-precision source-only vector is a feasibility forecast, not the physical target. Until every activation gate closes, the only lawful outcomes are TARGET-NOT-ACTIVATED or INELIGIBLENOTHEORY_VERDICT. The public Pedalino archive qualifies the platform but lacks the complete packet needed for a retrospective QTT verdict.
Book anchor
Fourth-Face Talbot-Lau preregistration concept DOI 10.5281/zenodo.22010227; A7U molecular visibility concept DOI 10.5281/zenodo.20796924; upstream A7U source concept DOI 10.5281/zenodo.20097247; QTT Main Book concept DOI 10.5281/zenodo.17527179.
Source links
Next check / falsifier
Before target data are opened, freeze the joint kernel, calibrated uncertainty, boundary-resolved quadrature error, actual covariance and tangent files, extraction operator, independent κ=1 proof and holdout/significance plan. Use @@QTTPROTECTED0@@ and the complete independently reviewed manifest with an external timestamp. A five-standard-deviation design separation is not an observed discovery significance; the historical candidate thresholds and qualified-null falsifier remain unchanged.
Pull history
The original v1.0.1 concept-DOI correction and later calibration and camera amendments remain archived. Version 1.3 adds joint-ensemble execution and complete input binding, repairs the reconstruction layout and preserves the source equations, source-only forecast, classifier thresholds and historical core hashes. A revised physical Stage-1 prediction must be sealed before target access; it cannot be backdated to the source-law seal.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-09-23 under concept DOI 10.5281/zenodo.22010227
Reproduce / audit note
Use concept DOI 10.5281/zenodo.22010227 and the current README. Run analysis/@@QTTPROTECTED0@@ from a clean unzip, then build and audit through analysis/@@QTTPROTECTED1@@ using the complete reviewed pre-target packet. Earlier scripts remain historical reconstruction dependencies, not alternate execution routes. File integrity does not replace human verification of the apparatus proof and external timestamp.
Predictions and CLEAR TestsStage-0 sealed / source transport theorem closed / configuration pair not activated / observation pending
R0 ≥ 5 and Rmove ≥ 5 required before target access; no observation yetTwo-Configuration Talbot-Lau Feature-Transport Preregistration
Separate Test B v2.0 asks whether the A7U integer completed-event fingerprint moves between two calibrated Talbot-Lau configurations by the exact source-coordinate map. Joint mass-velocity quadrature and complete evidence-file validation strengthen execution while preserving both tests' source laws and historical seals. The standalone experimental guide cross-links Test A and separates full agreement, a qualified null and an unexplained third shape without awarding confirmation from an anomaly alone.
In standard language
In mainstream terms, this is a preregistered QTT target for A joint fourteen-component first-harmonic residual from two seven-bin matter-wave configurations. The A7U factor is evaluated at every calibrated mass-velocity node before summing the complex kernel. Pointwise transport uses fixed fractional-mass correspondence; averaged contrasts are calculated separately for each actual apparatus.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
2026-09-23 under concept DOI 10.5281/zenodo.22282943
Comparator released
Future comparator not released yet.
Upstream rails
A1-A7access railbook ledger
Sector
Predictions and CLEAR Tests
Concept under test
For source mass count Bq=Mq/mA, the Talbot phase is τq,n(v)=n2 h Lq/(dq2 mA Bq v). The parameter-free map ΛAB=LB dA2 BA/(LA dB2 BB) gives τB,n(ΛAB v)=τA,n(v), so the nearest-integer defect, NGamma, δG, and the frozen-branch A7U factor F all migrate exactly.
Observable / dataset
A joint fourteen-component first-harmonic residual from two seven-bin matter-wave configurations. The A7U factor is evaluated at every calibrated mass-velocity node before summing the complex kernel. Pointwise transport uses fixed fractional-mass correspondence; averaged contrasts are calculated separately for each actual apparatus.
QTT target
H0: yperp=0. HA7U-tr: yperp=str. Hstationary: yperp=sstat. The physical pair must satisfy R0≥5 against the ordinary null and Rmove≥5 against the same source-shaped feature left at the old laboratory velocity coordinates, with ∂(str,sstat,U,Σ)/∂ y=0.
Result / sigma
SOURCE TRANSPORT THEOREM CLOSED and STAGE-0 TEST SEALED with zero target-fitted QTT parameters. The configuration pair and physical target are not activated, and no observation is claimed. A GREEN-TRANSPORT-CANDIDATE requires a sequestered holdout or preregistered third configuration/species before HARD GREEN. An Access-Law η verdict additionally requires the separate projector-camera certificate.
Book anchor
Two-configuration Test B concept DOI 10.5281/zenodo.22282943; single-configuration Test A concept DOI 10.5281/zenodo.22010227; A7U molecular visibility concept DOI 10.5281/zenodo.20796924; upstream A7U source concept DOI 10.5281/zenodo.20097247.
Source links
Next check / falsifier
Freeze the complete candidate ledger, deterministic pair, joint kernels, matched mass correspondence, boundary and calibration error reports, actual covariance/tangents, extraction operator, two independently reviewed κ=1 proofs and significance/holdout plan. Verify the complete timestamped manifest through @@QTTPROTECTED0@@. Both R0≥5 and Rmove≥5 are forecast separation gates, not observed five-σ results. Ordinary phase functions also migrate: the specific extra integer shape and amplitude must distinguish the models. An activated null remains a scoped falsifier.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-09-23 under concept DOI 10.5281/zenodo.22282943
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Predictions and CLEAR Testslocked scaling prediction / external comparator pending
no σ yetToponium 14 TeV Scaling
This is the future-facing sibling of the 13 TeV threshold row and the cleanest stress test of the v4 beam-access luminosity operator.
In standard language
In mainstream terms, this is a preregistered QTT target for Future or reprocessed 13.6/14 TeV quasi-bound t tbar threshold cross-section in a declared CMS/ATLAS analysis channel.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
2026-06-26 under concept DOI 10.5281/zenodo.20123498.
Comparator released
Future 13.6/14 TeV threshold comparator not released yet.
Upstream rails
beam-access13→14 TeV scalingpseudoscalar coreblind small-x audit harness
Sector
Collider / top threshold prediction
Concept under test
Same threshold-core plus Artian beam-access rail, transported only by the declared finite-binomial gluon luminosity ratio.
Observable / dataset
Future or reprocessed 13.6/14 TeV quasi-bound t tbar threshold cross-section in a declared CMS/ATLAS analysis channel.
QTT target
R14/13QTT = 1.0034910755561, giving σ13.6 = 8.495628420334096 pb and σ14 = 8.504974289158433 pb from the printed v4 locked-prediction file.
Result / sigma
Prediction printed in v4.0; no public 13.6/14 TeV threshold-corridor σ is assigned yet. This row should remain YELLOW until a declared comparator exists.
Book anchor
QTT Main Book v10.01, pp. 1071-1072; v4.0 locked-prediction JSON inside the toponium release package.
Source links
Next check / falsifier
Compare against a declared 13.6/14 TeV threshold analysis without changing λA, the beam-access ratio operator, or the 13 TeV normalization.
Pull history
v4.0 locks the future-facing top-threshold ratio and opens preregistered Higgs/dijet beam-access ratio rows in the release package; those rows are ratio/audit rows, not full lab cross-section claims.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-06-26 under concept DOI 10.5281/zenodo.20123498.
Reproduce / audit note
Use the v4 @@QTTPROTECTED0@@ inside the release ZIP. Hold Mη=343.116 GeV, λA=0.666951, and the finite-binomial Lgg operator fixed; compute R14/13=Lgg(Mη2/142 TeV2)/Lgg(Mη2/132 TeV2)=1.0034910755561. A future comparator must be declared before any σ is assigned.
Predictions and CLEAR Testsstructural observation test
qualitative many-σ support; no single-number fitG1 Galaxy Morphology Curvature Law
G1 is now read as a piece of the Renewal Ledger source-kernel program: strong baryon-curve morphology coupling is real, but the no-retune quantitative rotation-curve pass still has to be declared and run.
In standard language
In mainstream terms, this is a preregistered QTT target for SPARC/Renzo-style coupling between baryon morphology and rotation-curve features.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
v10.01 book/site ledger; public DOI integration pending
Comparator released
Renewal Ledger 2026-06-11 consolidation plus SPARC/Renzo-style morphology literature; quantitative no-retune QTT fit pending.
Upstream rails
source kernelbaryon curvatureRAR/BTFRSPARC route
Sector
Galaxy morphology / Renewal Ledger
Concept under test
Galaxy residual acceleration as a baryonic curvature/readout law inside the fixed-coefficient source-kernel branch.
Observable / dataset
SPARC/Renzo-style coupling between baryon morphology and rotation-curve features.
QTT target
gobs - gN proportional to -nabla2 ln Σb in the QTT morphology shadow.
Result / sigma
Book calls the structural coupling effectively many-σ against randomness, while refusing a premature single-number QTT fit.
Book anchor
Renewal Ledger concept DOI 10.5281/zenodo.20643892; QTT Main Book v10.01, pp. 535 and 1209-1211.
Source links
Next check / falsifier
Run a declared SPARC-style fit with no per-galaxy hidden acceleration parameter.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
v10.01 book/site ledger; public DOI integration pending
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Predictions and CLEAR Testscosmology prediction
no σ yetRedshift Evolution of the MOND-Like Acceleration Scale
The Renewal Ledger treats MOND's a0 as a derived acceleration-knee readout of the clock/source-kernel branch, which makes redshift evolution a decisive live test.
In standard language
In mainstream terms, this is a preregistered QTT target for BTFR/RAR zero-point evolution and cluster residuals as a function of redshift.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
v10.01 book/site ledger; public DOI integration pending
Comparator released
Future homogeneous high-z RAR/BTFR comparator; current citable branch is the Renewal Ledger concept DOI 10.5281/zenodo.20643892.
Upstream rails
Renewal LedgerABC/WVa0(z)clock projection
Sector
Cosmology / galaxy acceleration
Concept under test
ABC/WV clock closure, Renewal Ledger source kernel, and galaxy acceleration knee.
Observable / dataset
BTFR/RAR zero-point evolution and cluster residuals as a function of redshift.
QTT target
a0(z1)/a0(z2) should follow the QTT clock/source-kernel redshift law rather than stay as a fitted universal MOND constant.
Result / sigma
Prediction printed in the Renewal Ledger branch; no decisive redshift-evolution σ assigned yet.
Book anchor
Renewal Ledger concept DOI 10.5281/zenodo.20643892; QTT Main Book v10.01, pp. 535-538 and pp. 1210-1211.
Source links
Next check / falsifier
Compare with homogeneous galaxy samples where stellar population, gas, and lensing selection are declared before reading the trend.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
v10.01 book/site ledger; public DOI integration pending
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Predictions and CLEAR Testslocked QCD sheet-scale prediction packet
source values locked; downstream rows pendingQCD Sheet-Scale Downstream Prediction Packet
Once the A6 v4.0 compact-color kernel plus βZ/Haar-root chain locks √(σ3), several downstream QCD/HVP/chiral/glueball rows become no-retune prediction rails. They should be tested as source-plus-access rows, not as fitted pole masses or channel fractions.
In standard language
In mainstream terms, this is a preregistered QTT target for Source-to-pole vector rows, muon-HVP centroid-compressed source weights, ρ→π π width, pion decay scale access, and pure-gauge glueball mass rows.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
2026-06-18 under concept DOI 10.5281/zenodo.20744161.
Comparator released
Future source-access-pole maps, HVP row cards, ρ-width convention rows, chiral-scale audits, and pure-gauge glueball reruns.
Upstream rails
A6 half-shareσ3HVP vector sourcechiral railglueball transferρ-width rail
Sector
QCD / HVP, vector, chiral, glueball predictions
Concept under test
The same locked QCD sheet scale must feed vector source centroids, HVP source-centroid weights, the ρ-pipi fold-width rail, chiral source scales, and glueball absolute-scale tables.
Observable / dataset
Source-to-pole vector rows, muon-HVP centroid-compressed source weights, ρ→π π width, pion decay scale access, and pure-gauge glueball mass rows.
QTT target
Mρ/ωsrc=√(3) √(σ3)=769.469029 MeV; Mphisrc=(4/3)Mρ/ωsrc=1025.958705 MeV; HVP weights=(0.84421586,0.09380176,0.06198237); gρ π πQTT=6 with Gammaρ→pipi≈148.66 MeV; fπ,src=90.682795 MeV; Fχ=92.038391 MeV; mG=rG √(σ3).
Result / sigma
No post-audit central-value σ is assigned here yet. The values are locked prediction/readout targets downstream of concept DOI 10.5281/zenodo.20744161, with HVP, pole-map, chiral, and glueball access conventions still needing declared execution rows.
Book anchor
A6 half-share concept DOI 10.5281/zenodo.20744161; HVP source-access concept DOI 10.5281/zenodo.20732034; glueball concept DOI 10.5281/zenodo.20571454; QTT Main Book v10.01 pp. 583-620 and 1008-1020.
Source links
Next check / falsifier
Rerun the HVP vector rows, ρ-width access row, chiral scale row, and glueball table with √(σ3)=444.253151 MeV fixed. Mark source-green rows separately from access-pending rows, and do not tune pole conventions or weights to observed masses.
Pull history
Downstream prediction packet refreshed from concept DOI 10.5281/zenodo.20744161 after v4.0 closed compact-color kernel uniqueness upstream of the βZ/Haar-root chain.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-06-18 under concept DOI 10.5281/zenodo.20744161.
Reproduce / audit note
Hold √(σ3)=444.25315096 MeV. Then compute Mρ/ωsrc=√(3)·√(σ3), Mphisrc=(4/3)Mρ/ωsrc, HVP centroid weights from the muon kernel, fπ,src=√(σ3)/√(24), Fχ=fπ,src·exp(1/(2·ρ2)), and glueball masses mG=rG·√(σ3). Do not fit pole masses, branching fractions, or channel weights.
Predictions and CLEAR Testscross-sector boundary grammar
no σ yetBoundary Half-Share Rule Across Sectors
The paper turns the A6 half-share into a portable grammar: a minimal symmetric boundary crossing has two sides and therefore carries a one-half share unless an explicit higher-structure theorem says otherwise.
In standard language
In mainstream terms, this is a preregistered QTT target for Future sector derivations where boundary coefficients appear, including PMNS coefficient packets, HVP row topology, chiral folds, and color-boundary readout maps.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
2026-06-18 under concept DOI 10.5281/zenodo.20744161.
Comparator released
Future sector papers and derivation audits.
Upstream rails
A6 half-shareboundary coefficientPMNS coefficient packetHVP topologyno-smuggling firewall
Sector
Cross-sector / A6 boundary grammar
Concept under test
The rule prevents arbitrary boundary multipliers. In a single minimal crossing, QTT should not freely choose 1/3, 2/3, or 1 when the local object is an unbiased two-side capacity transfer.
Observable / dataset
Future sector derivations where boundary coefficients appear, including PMNS coefficient packets, HVP row topology, chiral folds, and color-boundary readout maps.
QTT target
minimal symmetric boundary crossing => 1/2 share; for the PMNS boundary coefficient, b∂=(1/2)(1/3)=1/6.
Result / sigma
This is a grammar prediction rather than a present σ row. The Observatory keeps it visible so later papers must either use the half-share or explicitly print why the crossing is not the minimal symmetric two-side case.
Book anchor
A6 half-share concept DOI 10.5281/zenodo.20744161; PMNS source-access concept DOI 10.5281/zenodo.20735493; QTT Main Book v10.01 A6/A7 boundary and PMNS anchors.
Source links
Next check / falsifier
Audit new boundary coefficients against this rule before assigning green status. A legal sector using a different single-crossing coefficient must print its extra structure rather than absorb the mismatch in prose.
Pull history
The half-share paper turns one QCD hinge into a reusable rule for minimal symmetric boundary crossings.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-06-18 under concept DOI 10.5281/zenodo.20744161.
Reproduce / audit note
For a declared minimal symmetric boundary crossing, count the two local sides before assigning any coefficient. The default legal share is 1/2. The PMNS boundary coefficient b∂=(1/2)·(1/3)=1/6 is a visible downstream example.
Predictions and CLEAR Testsno-go closed / conditional branch sealed / execution pending
0.505839 ppm anchor-only target uncertainty; no eligible prospective dataUniversal Endpoint-Gain Tier-K Preregistration
The new record makes a previously implicit gravity hinge explicit. Its countermodel proves that the core source axioms bound an endpoint-gain family but do not themselves select full gain; a separately named, frozen physical hypothesis selects the gain-one branch for prospective testing.
In standard language
In mainstream terms, this is a preregistered model-selection test. A no-go theorem leaves a bounded response-gain family; a separately stated saturation hypothesis is evaluated only by later, independent high-precision measurements. It is not an observed determination of a new coupling.
Theory-side sensitivity
The Tier-K no-go is conditional on its declared local real-linear SO(3)-equivariant camera class. The prospective branch is sensitive to its frozen two-class eligibility rule, covariance receipt, standard-theory subtraction, and three-prior Bayes-factor gate; none may be learned from the eventual landing.
QTT archived
2026-08-15 under concept DOI 10.5281/zenodo.21955408
Comparator released
Only qualified post-freeze G determinations count. Historical G values are ineligible as prospective evidence.
Upstream rails
A2 endurance currentA5-X completed-event supportA6 per-address capacityA7 bundle closurelocal isotropic cameraEFA-G1
Sector
Gravity / source-to-laboratory endpoint gain
Concept under test
Within the declared pointwise local, real-linear, origin-preserving, SO(3)-equivariant source-to-laboratory camera class, Gend=χg GA with 0≤χg≤1. Endpoint Faithfulness EFA-G1 is the additional source-to-laboratory statement that selects χg=1; it is not relabelled as a consequence of A2, A5-X, A6, and A7.
Observable / dataset
Eligible post-freeze gravitational-coupling determinations in two independent measurement classes, one torsion/pendulum and one non-torsion class, each with fixed covariance and at most 0.5 ppm relative standard uncertainty.
QTT target
G0=6.674300783009366×10−11 m3 kg−1 s−2 with anchor-only u0=0.505839 ppm. GAIN-GREEN requires p>0.05, every eligible |z|<2, and Bayes factor B>100 against the full χg in [0,1] counterfamily under all three frozen priors.
Result / sigma
No prospective datum is eligible at publication. Historical G determinations are comparators and training context, not evidence for the sealed Tier-K branch.
Book anchor
Tier-K preregistration concept DOI 10.5281/zenodo.21955408; Newton/G concept DOI 10.5281/zenodo.20057430; A2 Einstein-field concept DOI 10.5281/zenodo.20763263.
Source links
Next check / falsifier
Wait for qualified post-freeze measurements. Changing the source/access map, priors, covariance, eligibility rule, or target after unblinding voids this row rather than repairing it.
Pull history
Published 2026-08-15 under concept DOI 10.5281/zenodo.21955408. The record separates the existing Newton/G endpoint expression from the independent gain-one selection instead of silently importing that selection into A2, A5-X, A6, or A7.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-08-15 under concept DOI 10.5281/zenodo.21955408
Reproduce / audit note
Use concept DOI 10.5281/zenodo.21955408. Verify the no-go counterfamily Pχ(J)=χ J/tA, the frozen target and uncertainty, both measurement-class requirements, all three priors, covariance receipt, standard-theory subtraction, and the exact pass/fail classifier before opening any eligible data.
Predictions and CLEAR TestsSEALED preregistration / execution pending
max |z| 5Record-Fan-Out Timing-Envelope Blind Test
A two-stage blind program separates ordinary quantum qualification from the QTT timing discriminator. Test A must first recover the standard fan-out/fidelity structure. Test B then asks whether the qualified timing partitions follow the sealed QTT complement without retuning the theorem.
In standard language
In mainstream terms, this is a preregistered QTT target for Primary circuit-QED execution plus one physically distinct implementation, with 2,500 terminal shots per setting, 2,000 tomography repetitions per basis, 20,000 bootstrap draws, one-third held-out settings, and blinded branch labels.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
v10.01 book/site ledger; public DOI integration pending
Comparator released
Future qualified circuit-QED execution and one physically distinct replication platform.
Upstream rails
ordinary Test A qualificationQTT Test B discriminatorphysical intertwiningtomographytopology twinsholdoutssecond technologyfive-outcome classifier
Sector
Foundations / blinded record-fan-out timing
Concept under test
The preregistration freezes fidelity corridors, N=1,…,4, every m partition, holdouts, topology twins, shot budgets, bootstrap count, artifact gates, two technologies, and a five-outcome classifier before target-bearing data are opened. Failure of an entrance gate is ineligible, not a QTT falsification.
Observable / dataset
Primary circuit-QED execution plus one physically distinct implementation, with 2,500 terminal shots per setting, 2,000 tomography repetitions per basis, 20,000 bootstrap draws, one-third held-out settings, and blinded branch labels.
QTT target
Execute the frozen timing-envelope statistic over fidelity corridors 0.15, 0.30, 0.50, 0.70, and 0.85 with ±0.025 tolerance, all N=1,…,4 and m=0,…,N. Require global significance ≥5 σ and prospective power ≥0.95 after all eligibility gates close.
Result / sigma
YELLOW/SEALED. The package passes 12/12 protocol checks. The legal outcomes are INELIGIBLENOTHEORY_VERDICT, REGISTEREDQTTCONSEQUENCE_FALSIFIED, QTTCANDIDATE, QUALIFIEDOTHEROR_CROSS_CHANNEL_ANOMALY, and AMBIGUOUSORUNDERPOWERED. No laboratory result is claimed.
Book anchor
Blind-test concept DOI 10.5281/zenodo.21902885; theorem concept DOI 10.5281/zenodo.21902886; Observation as Access concept DOI 10.5281/zenodo.20114403; QTT Main Book v10.01 finite-address, Born/projection, Access Law, and record anchors.
Source links
Next check / falsifier
Freeze the platform execution contract and hashes, complete target-blind qualification, open the Test B labels once, and publish every legal outcome. Independent replication is required before any field-level claim.
Pull history
Version 1.0 was sealed on 2026-08-12 before target-bearing data were opened, under concept DOI 10.5281/zenodo.21902885.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
v10.01 book/site ledger; public DOI integration pending
Reproduce / audit note
Use concept DOI 10.5281/zenodo.21902885. Preserve all frozen fidelity corridors, N/m partitions, holdouts, shot budgets, bootstrap count, chronology, artifact gates, and the exact five outcomes. Any failed entrance gate yields INELIGIBLENOTHEORY_VERDICT rather than a QTT falsification.
Predictions and CLEAR TestsPUBLIC PREREGISTRATION SEALED / platform execution pending
30 activation gates; no target-bearing data openedDynamic-Circuit Completed-Record and Timing-Access Extension
This sealed platform adapter converts context-conditioned dynamic circuits into a prospective completed-record-to-clock experiment. It preserves the parent target, adds a persistent mid-circuit record, audits every surviving controller and environment copy, and forbids any programmed path from the record label into the timing program.
In standard language
In mainstream terms, this is a preregistered QTT target for A dynamic-circuit platform with a named persistent record, complete terminal tomography, a statistically populated matched local channel, an independently calibrated timing mode, a frozen no-programmed-target control graph, and independent record-technology replication.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
v10.01 book/site ledger; public DOI integration pending
Comparator released
Future qualified dynamic-circuit timing holdout and independent record-technology replication. No target-bearing timing data were opened as of 2026-08-12.
Upstream rails
persistent mid-circuit recordfull terminal packetUhlmann fidelityunprogrammed timing modecontrol-graph firewalltechnology transferfive-outcome classifier
Sector
Foundations / dynamic circuits, completed records, and timing access
Concept under test
The completed-record camera is ηT=Fjoint2, where Fjoint is the Uhlmann fidelity of the full quantum-classical-environment terminal packet. The registered frontier is UTstar=|(1-ηT)Upsilontr+bN|. The canonical zero-background, unit-transfer branch is UTstar=1-Fjoint2.
Observable / dataset
A dynamic-circuit platform with a named persistent record, complete terminal tomography, a statistically populated matched local channel, an independently calibrated timing mode, a frozen no-programmed-target control graph, and independent record-technology replication.
QTT target
No record, memory, environment-monitor, pulse, feed-forward, scheduler, or target-literal edge may enter the timing program: R not→ C, M not→ C, and Emcm not→ C. After all 30 gates pass, test the frozen multirung relation UTstar versus 1-Fjoint2 without retuning.
Result / sigma
YELLOW/SEALED. The external dynamic-circuit archive reconstructs 161/161 ordinary quantum checks with maximum absolute discrepancy 1.11×10−16, but those programmed context and eraser rows are qualification only. No target-bearing timing data were acquired before the protocol seal, and no QTT support or falsification is claimed.
Book anchor
Dynamic-circuit extension concept DOI 10.5281/zenodo.21904993; parent blind-test concept DOI 10.5281/zenodo.21902885; source theorem concept DOI 10.5281/zenodo.21902886; Observation as Access concept DOI 10.5281/zenodo.20114403; QTT Main Book v10.01 finite-address, measurement-record, and access anchors.
Source links
Next check / falsifier
Populate the Stage-0 manifest before target acquisition; close all 18 inherited and 12 platform gates; acquire the independently calibrated timing holdout; run the exact five-outcome classifier once; and require transfer to a second record technology before candidate status. Any forbidden programmed path yields INELIGIBLENOTHEORY_VERDICT.
Pull history
Version 1.0 was hash-sealed before public deposit and published on 2026-08-12 under concept DOI 10.5281/zenodo.21904993 without changing the frozen protocol SHA-256 30324c4b790ac2e7860910535df8a96a2975dd6d6e4e550ba8a2152af18f1968.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
v10.01 book/site ledger; public DOI integration pending
Reproduce / audit note
Use concept DOI 10.5281/zenodo.21904993. Verify the frozen protocol hash, complete terminal boundary, ηT=Fjoint2, 30 activation gates, no-programmed-target control graph, hash-separated G0/G1/G2/G3 generations, and exact five terminal outcomes. A programmed record-to-clock path or failed gate is ineligible, never a QTT falsification.
Predictions and CLEAR TestsPUBLIC PREREGISTRATION SEALED / author arrays and laboratory execution pending
max |z| 5Carrier-Deletion Finite-Window and Timing-Access Blind Extension
A separate sealed extension first tests a standard quantum-information claim: after the apparent carrier is physically reset, can a larger surrounding window recover the logical input? Only a qualified recovery packet may enter the independent QTT timing-access fork.
In standard language
In mainstream terms, this is a preregistered QTT target for A platform that can encode one logical input into a bounded neighborhood, physically reset the apparent carrier, reconstruct CPTP decoders on held-out instances, and measure a separate unprogrammed timing mode with a complete terminal audit.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
2026-08-14 under concept DOI 10.5281/zenodo.21935062
Comparator released
External preprint arXiv:2608.12803, accessed 2026-08-14; exact arrays/scripts pending. Future qualified carrier-deletion timing execution and independent replication remain prospective.
Upstream rails
target-only decoderfinite-window decoderphysical carrier resetheld-out Choi fidelityindependent timing mode18 eligibility gatesfive-outcome classifier
Sector
Foundations / carrier deletion, finite-window recovery, and timing access
Concept under test
Test A freezes target-only, finite-window, and post-deletion recovery over resource ladders r=1,2,3 and L=4,6,8. Test B is conditional on the physical bridge Wdagger Me W=Palign and tests the canonical timing complement UTstar=1-Fedel. The published external median Q=0.516 is a standard-QM audit input and is forbidden as a QTT timing target.
Observable / dataset
A platform that can encode one logical input into a bounded neighborhood, physically reset the apparent carrier, reconstruct CPTP decoders on held-out instances, and measure a separate unprogrammed timing mode with a complete terminal audit.
QTT target
Five frozen fidelity corridors 0.15, 0.30, 0.50, 0.70, and 0.85 with ±0.025 tolerance; fixed Choi verifier Me=|Φ+><Φ+|; Fedel=(1+3Q_del)/4; conditional timing branch UTstar=1-Fedel; 18 eligibility gates; global significance ≥5 σ and power ≥0.95.
Result / sigma
YELLOW/SEALED. The protocol verifier passes 31/31 and the blank result packet correctly returns INELIGIBLENOTHEORY_VERDICT. No external arrays were used to tune a timing target, no laboratory timing result is claimed, and the parent seal remains unchanged.
Book anchor
Carrier-deletion extension concept DOI 10.5281/zenodo.21935062; parent blind-test concept DOI 10.5281/zenodo.21902885; theorem concept DOI 10.5281/zenodo.21902886; Observation as Access concept DOI 10.5281/zenodo.20114403.
Source links
Next check / falsifier
Obtain the exact author arrays/scripts for independent standard-QM replication, then populate the Stage-0 constructor packet before any target-bearing acquisition. Failed entrance gates remain ineligible rather than becoming a QTT verdict.
Pull history
Version 1.0 was hash-sealed before public deposit and published 2026-08-14 under concept DOI 10.5281/zenodo.21935062. It is a separate extension and does not mutate the parent test under 10.5281/zenodo.21902885.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-08-14 under concept DOI 10.5281/zenodo.21935062
Reproduce / audit note
Use concept DOI 10.5281/zenodo.21935062. Verify the protocol hash, five fidelity corridors, r/L resource ladders, fixed Choi verifier, physical reset, conditional bridge, 18 eligibility gates, five outcomes, and the prohibition on importing Q=0.516 into the timing target.
Predictions and CLEAR TestsSTAGE-0 SEALED / independent record qualification and physical activation pending
20-cell complex target surface frozen; no target-bearing data openedSame-Central-Effect Work-Quadrature Loop Preregistration
One authenticated physical access route is required to control two separately measured consequences. The work arm first proves how much of a preparation record is physically available; an untouched closed quadrature loop then asks whether that same access effect enters the canonical commutator exactly as the QTT Access Law predicts.
In standard language
In mainstream terms, the work arm is a Maxwell-demon-style access calibration and the loop arm is a closed phase-space geometric-phase measurement. Standard quantum mechanics predicts that an idle record route does not change the normalized loop. QTT predicts one exact complex surface because it puts the same central access effect inside the canonical commutator.
Theory-side sensitivity
The test is sensitive to one linked operator claim, not merely to information-to-work conversion. A QTT verdict requires the full correlated 20-cell surface, both loop orientations, and all physical-route controls. One anomalous point, failed centrality, programmed feed-forward, omitted terminal outcomes, or a route mismatch cannot activate the theory verdict.
QTT archived
2026-09-01 under concept DOI 10.5281/zenodo.22236546.
Comparator released
Future qualified circuit-QED execution. Existing Maxwell-demon work experiments and continuous-variable geometric-phase experiments establish component feasibility and ordinary comparators only; they do not populate this same-route blinded surface.
Upstream rails
authenticated preparation recordone central effect Mindependent work calibrationclosed quadrature group commutatorfive-by-four exact surfacetarget-blind covariancesame-route certificateblind classifier
Sector
Foundations / circuit-QED work and canonical access
Concept under test
For one central access effect M, QTT uses [q,p]=J(I-M). The resulting closed displacement commutator is CQTT(phi)=M+exp(-J phi)(I-M). The independently normalized work fraction gives wj=ηj, while the loop target normalized to the no-access route is Rjk=(1-ηj)+ηj exp(J phik). Ordinary quantum mechanics predicts Rjk=1 for an idle access route. The target Jacobian is frozen to zero: η and phi may not be learned from loop residuals.
Observable / dataset
A circuit-QED bosonic mode prepared in |+α> or |-α>, an authenticated binary preparation record, a hardware access route with a complete terminal alphabet, energy tomography on work copies, and ancilla Ramsey readout of closed displacement loops on untouched copies. Five access settings, four loop areas, and both loop orientations are frozen.
QTT target
wj=ηj; RjkQTT=(1-ηj)+ηj exp(J phik); RjkQM=1 for η in {0,1/4,1/2,3/4,1} and phi in {π/4,π/2,3·π/4,π}. At η=1/2 and phi=π, the normalized QTT coherence is zero while the ordinary-QM target is one, but the primary verdict uses the complete correlated surface rather than this single cell.
Result / sigma
SEALED prospective discriminator. The work identity is a standard information-thermodynamic qualification and is not counted as QTT-exclusive evidence. Version 11.01 adds an append-only external record-sufficiency preflight without changing the protocol seal, target surface, estimator, covariance order, or four frozen file hashes. APPROVE establishes eligibility only; REFUSE or DEFER returns INELIGIBLENOTHEORY_VERDICT. No laboratory observation is claimed.
Book anchor
Same-central-effect preregistration concept DOI 10.5281/zenodo.22236546; Observation as Access concept DOI 10.5281/zenodo.20114403; QTT Main Book v10.01 A1 terminal ordering, A5-X completed record, A6 finite capacity, A7 closure, and Access-Law anchors.
Source links
Next check / falsifier
An independent team must first issue the provenance-bearing retained-record certificate. Only APPROVE plus every original Stage-1 hardware, same-route, matched-load, dummy-bit, late-route, erasure, zero-area, reversal, transport, crosstalk, power, and covariance gate permits the blind classifier to run. REFUSE or DEFER blocks both confirmation and falsification from that record.
Pull history
Version 1.0 was sealed and published on 2026-09-01 under concept DOI 10.5281/zenodo.22236546. The protocol seal, exact target surface, schemas, blind classifier, release hashes, and three adversarial audits precede all target-bearing laboratory data.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-09-01 under concept DOI 10.5281/zenodo.22236546.
Reproduce / audit note
Use concept DOI 10.5281/zenodo.22236546. Rebuild the five-by-four complex surface and both orientations from the frozen CSV, verify the Stage-0 protocol hash, preserve the declared covariance coordinate order, and run the packaged 135-check verifier. During Stage 1, construct η from the authenticated route before loop-target access and forbid any fit of η or phi to the target residuals.
Predictions and CLEAR TestsCLEAR protocol
no σ yetAccess-Law Timing Tomography
This is one of the most QTT-specific future tests because it asks the lab to measure address alignment and timing uncertainty separately.
In standard language
In mainstream terms, this is a preregistered QTT target for Erasable shared-address records, conditional time-frequency widths, and independent address-alignment tomography.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
v10.01 book/site ledger; public DOI integration pending
Comparator released
Future timing-tomography comparator.
Upstream rails
access lawηaddrCLEAR protocol
Sector
Foundations / access timing
Concept under test
Observation as access and incomplete-address uncertainty relief.
Observable / dataset
Erasable shared-address records, conditional time-frequency widths, and independent address-alignment tomography.
QTT target
UT = 2 Δ Tcond Δ Ωcond = 1 - ηaddr; with durable leakage D, UT = 1 - ηaddr(1-D).
Result / sigma
Prediction printed; raw HOM visibility alone is not sufficient unless calibrated into the central address projector.
Book anchor
QTT Main Book v10.01, pp. 181, 189, 531, 1250; index notes pp. 868 and 1135.
Source links
Book anchor only
Next check / falsifier
A stable locked dataset with RQTT < 1 at decisive σ would falsify the access-law timing inequality.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
v10.01 book/site ledger; public DOI integration pending
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Predictions and CLEAR Testsappend-only lock and five-outcome executor closed / true-data execution pending
max |z| 5HVP Prospective Blind-Lock Executor
Version 2.0 preserves the original HVP lock, topology targets, row-card digest, and covariance digest byte for byte while adding a prospective fail-closed executor. Integrity, statistical power, qualified-other shape, and branch-failure scope are now separate objects; no true central-value packet has been opened.
In standard language
In mainstream terms, this is a preregistered QTT target for A future withheld HVP 2·π-ρ row card with frozen access topology, central values, covariance object, masks, likelihood, camera, and hashes, opened once through the packaged executor.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
The original lock predates the 2026-08-03 Version 2.0 executor. The current family is preserved under concept DOI 10.5281/zenodo.20354458; the source-access framework remains concept DOI 10.5281/zenodo.20732034.
Comparator released
Future withheld HVP row-card comparator. No present HVP central value was opened in the executor release.
Upstream rails
immutable v1 target hashesappend-only lineagetopologyordinary cameracovariancepowerfive-outcome executorqualified other-shapebranch-scoped failure
Sector
Muon g-2 / HVP prospective blind lock
Concept under test
The old preregistration remains the immutable target layer. A new append-only layer verifies lineage, topology, packet completeness, the ordinary camera, covariance, power, and chronology before any HVP branch verdict. A shape outside both registered branches is retained as a qualified other-shape result instead of being forced into a null or QTT confirmation.
Observable / dataset
A future withheld HVP 2·π-ρ row card with frozen access topology, central values, covariance object, masks, likelihood, camera, and hashes, opened once through the packaged executor.
QTT target
Retain the original 2-σ candidate corridor. A prospective branch exclusion requires |zn,d|≥5 after every integrity gate and the power gate pass. Missing lineage, topology, packet, ordinary model, covariance, or chronology yields INSUFFICIENT PACKET; adequate integrity but insufficient separation yields UNDERPOWERED.
Result / sigma
GREEN lineage and execution grammar / YELLOW observation. The append-only inheritance theorem, five-outcome executor, covariance rules, original-versus-new threshold separation, qualified other-shape route, and branch-scoped falsification theorem are closed. Five synthetic fixtures test software paths only; truedataopened=false and no HVP observation is claimed.
Book anchor
HVP blind-lock concept DOI 10.5281/zenodo.20354458; experimental-verdict governance concept DOI 10.5281/zenodo.21775175; HVP source-access concept DOI 10.5281/zenodo.20732034; QTT Main Book v10.01 pp. 584-620 and p. 1257.
Source links
Next check / falsifier
Populate one withheld row and covariance packet without changing the inherited target hashes, masks, topology, camera, or source. Run the executor once. A qualified branch failure remains local to the registered access row unless independent rows and a printed dependency theorem justify broader language.
Pull history
Version 2.0 is an append-only successor: it verifies the original target, row-card, and covariance hashes before applying any new eligibility or verdict rule. truedataopened=false.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
The original lock predates the 2026-08-03 Version 2.0 executor. The current family is preserved under concept DOI 10.5281/zenodo.20354458; the source-access framework remains concept DOI 10.5281/zenodo.20732034.
Reproduce / audit note
Use concept DOI 10.5281/zenodo.20354458. Verify inherited hashes; freeze topology, packet, ordinary model, camera, covariance, masks, likelihood, power, chronology, and branch scope; then run the five-outcome executor once. Missing integrity yields INSUFFICIENT PACKET, inadequate separation yields UNDERPOWERED, and a reproducible out-of-family residual is retained as OTHER SHAPE rather than being forced into a binary verdict.
Predictions and CLEAR TestsCLEAR protocol
no σ yetPhoton-Edge Noise/Heat/Cross-Power Stress Test
This is a same-device negative-control test for the photon edge and thermal-access scale.
In standard language
In mainstream terms, this is a preregistered QTT target for Ballistic plateau with same-cooldown noise, heat, and isolated cross spectra.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
v10.01 book/site ledger; public DOI integration pending
Comparator released
Future same-device noise/heat/cross-power comparator.
Upstream rails
α edgethermal accessnegative controls
Sector
QED / photon edge stress
Concept under test
Photon-edge capacity triad and no extractable equilibrium cross-power above the declared thermal access scale.
Observable / dataset
Ballistic plateau with same-cooldown noise, heat, and isolated cross spectra.
QTT target
ΛWH = 1 and no extractable equilibrium cross-power above fT = kB T / h after declared subtraction/profile rules.
Result / sigma
Protocol printed; no decisive same-device central-value σ yet.
Book anchor
QTT Main Book v10.01, pp. 114-117 and pp. 7123-7125; index note p. 1132.
Source links
Book anchor only
Next check / falsifier
Detuning, energy-dependent transmission, or inelastic backscattering are required negative controls.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
v10.01 book/site ledger; public DOI integration pending
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Predictions and CLEAR Testswaiting for observation
no σ yethhhh Quartic Higgs Self-Coupling
The quartic Higgs row is a clean yellow prediction, not a green observation.
In standard language
In mainstream terms, this is a preregistered QTT target for Collider-normalized quartic Higgs self-coupling.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
v10.01 book ledger; public book DOI 10.5281/zenodo.17527179
Comparator released
Future precision triple/quartic Higgs collider comparator.
Upstream rails
scalar lockquartic HiggsCLEAR likelihood
Sector
Electroweak / Higgs self-coupling
Concept under test
Scalar-lock Higgs coupling readout table.
Observable / dataset
Collider-normalized quartic Higgs self-coupling.
QTT target
κ4QTT = 1; ghhhhQTT = 0.775734905663; λSMshadow = 0.129289150944.
Result / sigma
Current triple-Higgs data allow the point but are not precision-sharp enough to green-label it.
Book anchor
QTT Main Book v10.01, pp. 991-994; index notes pp. 1062 and 1125.
Source links
Concept 10.5281/zenodo.17527179
Next check / falsifier
Use the collider-normalized κ4 convention and the printed CLEAR likelihood before assigning any pull.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
v10.01 book ledger; public book DOI 10.5281/zenodo.17527179
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Predictions and CLEAR Testswaiting for observation
no σ yet; compatible dataLaboratory Antimatter Null-Access
The antimatter row is a present-day null-access prediction downstream of the matter-asymmetry theorem.
In standard language
In mainstream terms, this is a preregistered QTT target for Antiproton charge-to-mass, antihydrogen spectroscopy, and antihydrogen gravity.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
v10.01 book ledger; public book DOI 10.5281/zenodo.17527179
Comparator released
BASE/ALPHA-era tests compatible; decisive intrinsic comparator future-facing.
Upstream rails
B-L seednull forceaccess symmetry
Sector
Antimatter / null access
Concept under test
Early B-L access seed freezes cosmic abundance, not a present-day antimatter force.
Observable / dataset
Antiproton charge-to-mass, antihydrogen spectroscopy, and antihydrogen gravity.
QTT target
(q/m)pbar/[-(q/m)p] = 1 + O(10−61), Δ νHbar/H / ν = O(10−61), and gHbar/gH = 1 + O(10−61).
Result / sigma
Existing BASE/ALPHA-era tests are compatible, but the row remains yellow until decisive intrinsic sensitivity exists.
Book anchor
QTT Main Book v10.01, pp. 507 and index notes pp. 861, 1126.
Source links
Concept 10.5281/zenodo.17527179
Next check / falsifier
A convention-locked antimatter likelihood reaching intrinsic sensitivity is required for a green or red label.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
v10.01 book ledger; public book DOI 10.5281/zenodo.17527179
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Predictions and CLEAR TestsGREEN finite enumeration / source angles / solar bridge / CKM micro-provenance / CP; YELLOW octant and CP-profile gates
max |z| 5.82PMNS Source-Access Reference Framework v5.0
The v5.0 PMNS record preserves the finite first-order source-word enumeration closure and now prints the CKM micro-provenance bridge that supplies the solar row.
In standard language
A finite PMNS source-word search leaves one active word. The row then compares source-side mixing predictions to NuFIT checkpoints while keeping atmospheric-octant and access-likelihood issues yellow.
Theory-side sensitivity
The first-order source enumeration is closed; atmospheric-octant likelihood, CP-profile, Majorana/access rows, and full experiment covariance remain yellow.
QTT archived
2026-06-18 under concept DOI 10.5281/zenodo.20735493.
Comparator released
NuFIT 6.0 normal-ordering rows and NuFIT 6.1/JUNO checkpoint as reported in the PMNS source-access reference framework v5.0; decisive DUNE/Hyper-K/JUNO/atmospheric likelihood rows remain future audit gates.
Upstream rails
charged-lepton source basisneutral LIA basisreal-J PMNS rotorfinite angle-word enumerationconstructor firewallsolar Cabibbo interfaceCP-area theorem
Sector
Neutrino / PMNS source-access
Concept under test
The PMNS matrix is the real-J source/access orientation between the charged-lepton family basis and the neutral LIA basis; NuFIT rows are comparators, not constructors.
Observable / dataset
PMNS angles, CP phase, absolute neutrino scale, β endpoint, and neutrinoless double-β corridors.
QTT target
UPMNSsrc=(UEsrc)^(TJ) Uνsrc; |LPMNS(1)|=36; wstar=(htriangle,+b3,+bboundary,π); sCbridge=√(2)sin(π/20)(1+1/(10rho))=0.225042858584379; sin2 θ12=0.306880189271769; sin2 θ13=0.022257215708245; sin2 θ23=0.557296543842863; δPMNS=π; JPMNS=0.
Result / sigma
v5.0 reports GREEN finite first-order enumeration uniqueness, GREEN θ13/θ23 source angles, GREEN solar bridge, GREEN CKM micro-provenance, GREEN CP-even branch, PASSSOURCEUNIQUE=1, QUARANTINEDCPSIDE_BRANCH=2, and SOURCEGATEEXCLUDED=32. The atmospheric octant branch and CP-profile likelihood branch remain live observational stress rows. NuFIT 6.1 keeps solar/reactor/UO sub-σ; IC24+SK lower-octant θ23 remains a +5.82 σ stress row.
Book anchor
PMNS source-access concept DOI 10.5281/zenodo.20735493; QTT Main Book v10.01 pp. 158-162, 1113-1114, 1134-1138.
Source links
Next check / falsifier
Keep the finite source enumeration and CKM-derived solar bridge fixed while testing public likelihood grids, atmospheric-octant data, CP-profile rows, and Majorana-access rows. Do not use observed PMNS angles or lab probabilities to rewrite the source word.
Pull history
Supersedes the v4.1/v4.5/v4.6 Observatory PMNS wording by keeping the finite first-order enumeration closed and promoting the CKM micro-provenance bridge to a printed source certificate, while atmospheric octant, CP-profile, Majorana, and access rows stay visibly yellow.
Enumeration card
Legal space
2 · 3 · 3 · 2 = 36 first-order PMNS source words.
Gates
Nonzero family-height, LIA orientation, charged/neutral-boundary, and zero-CP-area gates.
Survivors
One active word wstar = (htriangle,+b3,+bboundary,π).
Timestamp
Closed inside the PMNS source-access concept DOI family before NuFIT checkpoint language.
Reproduce / audit note
Use concept DOI 10.5281/zenodo.20735493. Enumerate LPMNS(1)=H13 x B23 x B12 x DCP with 2·3·3·2=36 words, apply the nonzero family-height, LIA-orientation, charged/neutral-boundary, and zero-CP-area gates, keep the unique active word wstar=(htriangle,+b3,+bboundary,π), and compute sCbridge=√(2)sin(π/20)(1+1/(10rho)) before the solar row. Do not use NuFIT angles, CP phase, or lab probabilities to write the source matrix.
Predictions and CLEAR Testspending material execution
no σ yetKerr Constant from Artian Geometry
The Kerr paper is live on Zenodo. The Observatory marks it as a pending material-execution prediction rather than an observed constant.
In standard language
In mainstream terms, this is a preregistered QTT target for Material Kerr constants under declared wavelength, temperature, and polarizability access rails.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
2026-06-05 under concept DOI 10.5281/zenodo.20539673
Comparator released
Future material Kerr-ratio audit.
Upstream rails
cos(π/8)Kerr sourcematerial polarizability
Sector
Optics / Kerr material test
Concept under test
Source tensor and quadratic electric-field rail for Kerr birefringence.
Observable / dataset
Material Kerr constants under declared wavelength, temperature, and polarizability access rails.
QTT target
Δ nlabQTT = λ KlabQTT E2, with KlabQTT = cos(π/8) AKQTT / FdriftK and no dependence on Kobs.
Result / sigma
Source tensor and quadratic field rail closed; material polarizability rail specified; no decisive no-retune material σ yet.
Book anchor
DOI record live 2026-06-05; book-page integration pending after v10.01.
Source links
Concept 10.5281/zenodo.20539673
Next check / falsifier
Run the proposed material/liquid ratio audit without fitting the observed Kerr constants.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-06-05 under concept DOI 10.5281/zenodo.20539673
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Predictions and CLEAR Testssource theorem, pending external stress
no σ yetColor-Closure Confinement
The color-closure record is live in the corpus, but the Observatory keeps the observation label pending until external lattice or hadron-corridor tests are declared.
In standard language
In mainstream terms, this is a preregistered QTT target for Lattice/hadron tests of open-color exclusion and string-tension corridors.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Theory-side sensitivity
Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
QTT archived
2026-06-06 under concept DOI 10.5281/zenodo.20568652
Comparator released
Future declared lattice/hadron stress class.
Upstream rails
A6 gatecenter sheetsno-open-color
Sector
QCD / confinement source theorem
Concept under test
Finite color-boundary complex, no-open-color gate, and A6-blocked string tension.
Observable / dataset
Lattice/hadron tests of open-color exclusion and string-tension corridors.
QTT target
No open color as a finite boundary/access consequence, not as a hand-added confinement postulate.
Result / sigma
Live DOI source theorem; no Observatory σ assigned yet.
Book anchor
DOI record live 2026-06-06; book-page integration pending after v10.01.
Source links
Concept 10.5281/zenodo.20568652
Next check / falsifier
Declare the lattice/hadron comparison class before promoting to observed status.
Enumeration card
Legal space
Prediction protocol declared; finite alternative-space enumeration is not promoted on this card unless listed in the source DOI.
Gates
Comparator class, data-freeze rule, and falsifier are named before the row can turn green.
Survivors
Pending external data.
Timestamp
2026-06-06 under concept DOI 10.5281/zenodo.20568652
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Falsification and Errata
Falsification and Errata
Negative tests, failed routes, and guardrails kept visible as part of the corpus discipline. 2 Observatory records in this category. Each card states the concept under test, observed quantity, QTT target, result, book page anchor, and next falsifier or check.
Falsification and Erratanegative audit
failure recordH1 Out-of-Sample Lensing Failure
The H1 record is kept visible because a serious observation map must show failed tests as first-class records.
In standard language
This is a preserved failed out-of-sample lensing route. Its job is provenance and falsifiability, not rescue.
Theory-side sensitivity
Sensitivity is historical: the record documents what failed or was corrected, not a live fitted rescue.
QTT archived
2026-05-09 under concept DOI 10.5281/zenodo.20095338
Comparator released
Failure record published 2026-05-09.
Upstream rails
prediction firewallMACS J0025El Gordo
Sector
Lensing / negative audit
Concept under test
Falsifiability of the QTT cluster-lensing program.
Observable / dataset
MACS J0025 and El Gordo out-of-sample cluster-lensing tests.
QTT target
Prediction maps built before observed κ/γ residual verdicts.
Result / sigma
Failure confirmed and preserved as an audit record, not reworded into a theorem.
Book anchor
QTT Main Book v10.01, compact ledger p. 1253; public H1 DOI record carries the failure audit.
Source links
Concept 10.5281/zenodo.20095338
Next check / falsifier
Future cluster tests should preserve the same prediction-before-residual firewall.
Enumeration card
Legal space
Not a discovery enumeration; this is a preserved failed route or negative audit.
Gates
Failure/erratum status stays visible and cannot be upgraded by prose.
Survivors
No theorem survivor claimed.
Timestamp
2026-05-09 under concept DOI 10.5281/zenodo.20095338
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Falsification and Errataerratum / failed route
failed routeEquation 601 Failed-Route Audit
Equation 601 remains on the Observatory so the corpus does not hide its discarded paths.
In standard language
This is a failed equation route kept in the public ledger. It should be cited as an erratum/audit object only.
Theory-side sensitivity
Sensitivity is historical: the record documents what failed or was corrected, not a live fitted rescue.
QTT archived
2026-05-02 under concept DOI 10.5281/zenodo.19982606
Comparator released
Failed-route report published 2026-05-02.
Upstream rails
erratumfailed routeaudit discipline
Sector
Errata / failed route
Concept under test
Erratum discipline: a failed equation route is not a theorem.
Observable / dataset
Published error/failed report.
QTT target
Keep visibly listed as audit/erratum, not as a claimed result.
Result / sigma
Failed route retained in the compact corpus ledger.
Book anchor
QTT Main Book v10.01, compact ledger p. 1253.
Source links
Concept 10.5281/zenodo.19982606
Next check / falsifier
Any future text citing the route must cite it as failed/audit only.
Enumeration card
Legal space
Not a discovery enumeration; this is a preserved failed route or negative audit.
Gates
Failure/erratum status stays visible and cannot be upgraded by prose.
Survivors
No theorem survivor claimed.
Timestamp
2026-05-02 under concept DOI 10.5281/zenodo.19982606
Reproduce / audit note
Rebuild from the book pages and DOI record named on this card; keep source value, comparator, and access window as separate columns.
Crosswalk
Source Links
The Observatory is designed to sit beside the Corpus Tree, Blog Map, Lexicon, and Zenodo community.
Main book DOI
Corpus Tree
Blog Map
Lexicon
Machine Ledger
Machine-readable JSON and CSV are regenerated in the repository with each publish. Public media upload is attempted during the publish pass when WordPress.com accepts the file type.
✓2026-10-06: Seven A1 clock-and-ruler successors published under their existing concept DOIs: Absolute-Clock Two-Test v3.3, Physical Terminal v1.3, MRRS v2.04, Quantum Clock v1.2, Geometric Holonomy v1.2, Earth-Flyby Handshake v1.1 and Folman v5.2. The raw-detector qualification now checks clock, ruler, worldline and synchronization consistency, counts each relativistic effect once, and requires blind recovery of both inherited targets at every predeclared setting. A 72-setting, 288,000-trial design study identifies the Two-Test precision needed for useful classification power. All historical seals, targets and instrument-specific decision rules remain unchanged; no new laboratory result is claimed.
✓2026-09-03: Observation as Access v11.01 published under concept DOI 10.5281/zenodo.20114403. The Observatory now adds a byte-verified chronology and claim-allocation certificate, explicit QTT/standard/Cho-Lee scope separation, a design-label leakage no-go, and a branch-resolved 331/331 count-to-decision qualification interface while leaving the sealed same-effect target unchanged.
✓2026-09-02: Observation as Access v11.0 published under concept DOI 10.5281/zenodo.20114403. The Observatory records the QTT Thermodynamic Access-Intertwining Theorem, lawful central-effect constructor, exact information identity, work ceiling, scalar-inversion no-go, exact sharp-projector recovery, 8,407/8,407 retrospective audit, and the separate execution-pending same-effect commutator test.
✓2026-09-01: Same-Central-Effect Work-Quadrature Loop Preregistration published under concept DOI 10.5281/zenodo.22236546. The Observatory now records the exact five-by-four QTT loop surface, ordinary-QM unity comparator, independent work qualification, same-route certificate, target-blind covariance order, three adversarial audits, 135/135 release checks, and execution-pending status without treating component demonstrations as an observation.
✓2026-08-25: Chiral spin framework v1.3 and the sealed CISS Log-Gram molecular-length/defect test were published under concept DOIs 10.5281/zenodo.22084700 and 10.5281/zenodo.22092628. The exact amplitude functional, common-gain invariance, serial rapidity, signed-defect law, raw-current covariance coordinate, fixed-coefficient conjecture, eligibility firewall, and all registered outcomes are now public before prospective data.
✓2026-08-24: Chiral spin framework v1.2 published under concept DOI 10.5281/zenodo.22084700. The finite source-graph and normalized energy-shape theorems now sit beside a chirality-odd sector-activation theorem and a crystal-fixed Dx reflection theorem. The Observatory prints 25.17 and 14.38 quoted-uncertainty separations as high-separation rejection of the zero-odd branch under the printed-error convention, keeps them out of the formal σ histogram without full covariance, and preserves covariance-complete Dx and randomized four-cell experiments as prospective discriminators.
✓2026-08-06: Absolute-clock two-test v3.1 and Physical Terminal v1.1 published under their stable concept DOIs. P16 ordinary-null completeness now requires every applicable rotating-platform centre-of-mass, internal-spin, field, rotational Rontgen, polarization, backscatter, trap, Zeeman, and Stark row to be included, bounded, or shown inapplicable before target labels. The sealed A1 target, ratio orientation, compatibility bands, power thresholds, historical hashes, and classifier remain unchanged.
✓2026-08-01: A1 Physical-Terminal Constructor Gate added under concept DOI 10.5281/zenodo.21739215. The Observatory now places a carrier-independent activation theorem upstream of every platform-specific reference-switch test. Completed-event memory, write ancestry, source/laboratory continuity, overwrite, readout-degree, camera, chronology, and no-programming failures return INELIGIBLE: NO THEORY VERDICT rather than a false A1 falsification.
✓2026-07-29: Absolute-clock preregistration v3.0 merged two independently judged instruments under concept DOI 10.5281/zenodo.21376520: Test 1 matter-wave Sagnac and Test 2 same-sample full-Stokes Faraday. The Observatory now records the shared fixed-target estimator, instrument-specific camera and overlap certificates, 18-dimensional covariance, CHSH-angle contamination no-go, complete-block rule, three adversarial audits, and execution-pending status without treating synthetic power as evidence.
✓2026-07-25: Folman v5.0 and dual-clock Sagnac v2.0 published under their existing concept DOIs. The test is now an operator-complete four-history Gram construction. Calibration erasure and programmed ordinary overlap are explicit no-go branches; an independently frozen ordinary-overlap certificate is mandatory before any GR-versus-QTT verdict.
✓2026-07-21: Folman reference-switch test refreshed under concept DOI 10.5281/zenodo.20123495. The Observatory now prints the corrected Rref=ST/Sτ orientation, the two physically distinct reference histories, all eight eligibility gates, the public SHA-256 lock, and the execution-pending status without promoting existing Folman hardware results into a cos(π/8) observation.
✓2026-07-17: Dual-clock Sagnac preregistration updated by a transparent pre-data amendment under concept DOI 10.5281/zenodo.21376520. The v1.0 targets and analysis hash remain sealed; the live-run gate is now σRplan≤0.0015 with at least 80% Fieller classification power under both frozen hypotheses, certified by 95% Wilson lower bounds.
✓2026-07-15: Dual-clock Sagnac reference-switch test added as a sealed, channel-qualified preregistration under concept DOI 10.5281/zenodo.21376520. The Observatory separates its 15.224-σ sensitivity forecast at σR=0.005 from any future observed pull.
✓2026-06-23: A7 black-hole information-loss denial refreshed under concept DOI 10.5281/zenodo.20346916; the Observatory now prints Bekenstein entropy without Hawking, rejects Hawking radiation as a source constructor, keeps effective temperature as an access readout, and marks optional thermal flux/species S-matrix rows as future access-population tests.
✓2026-06-20: Artian time framework refreshed under concept DOI 10.5281/zenodo.20761499; the Observatory row now includes Quantized Now, Time Tilt plus Creation Drift, A2 proper-time, high-regime finite boosts, retarded address support, and the no-σ structural status.
✓2026-06-20: Blind A2 tabletop gravity tests added as a pending Observatory protocol; AB holonomy added as a structural source-access anchor; Newton G refreshed into the six-face Artian ledger.
✓2026-06-19: Quark/CKM refreshed under concept DOI 10.5281/zenodo.20722978; finite CKM source-word enumeration, finite face uniqueness, and precision micro-provenance packet are now closed, while the global CKM covariance packet, quark-mass source-word compiler, and baryon/proton unlock remain pending.
✓2026-06-18: A6 Hadamard refreshed under concept DOI 10.5281/zenodo.20744161; compact-color kernel uniqueness added upstream of βZ micro-provenance, compact SUJ(3) Haar-root readout, static string-tension audit, downstream HVP/vector/chiral/glueball predictions, and boundary half-share grammar.
✓2026-06-09: Observatory rebuilt from feedback; dependency rails, pull distribution, structural anchors, timestamp fields, and skeptic route added.
✓2026-06: N1 comparator history made explicit: NuFIT 6.0 +0.16 σ → NuFIT 6.1 IC24 +0.75 σ.
✓2026-06: Born Rule and Newton G moved out of the numeric-pull class into Structural Anchors.
✓2026-06: Local file paths removed from visitor-facing source anchors; public DOI/book anchors retained.
Live maintenance rule
Whenever the main book, Corpus Tree/DOI Map, Blog Map, Zenodo community, or any blog carrying a test claim is updated, this Observatory and its machine ledger should be updated in the same release pass. Rows must keep the weakest honest status label: observed, internal audit, prediction, candidate, or failed route. A sigma value is shown only when the book or a named workpack prints the comparison; otherwise the row says no sigma yet.