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, and DOI records.
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
35
Numeric pull values
44
Observed cards
13
Prediction cards
12
Last synced
2026-06-11
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. Concept/master DOI remains the stable citation target; version DOI and Zenodo record ID are retained where available for reconstruction.
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 sigma 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.
Skeptic route
Start with N1, then the dependency map, then the two failure records. →
Cleanest number
N1 is a single dimensionless target; its comparator drift is now shown openly. →
Failure discipline
H1 and Equation 601 are preserved as negative records, not buried. →
Dependency check
See which rows share rho, Lambda3, alpha-edge, or clock rails. →
Dependency Map
Upstream Rails Are Printed
The map makes correlation visible. Rows sharing rho, Lambda3, alpha-edge, ABC/WV, or access-window rails are not presented as independent confirmations.
rho / cos(pi/8)
6 linked records
Lambda3 / QCD
3 linked records
alpha edge / QED
6 linked records
access windows
5 linked records
Distribution
Pull Histogram
A compact check against the too-good-to-be-true objection: the ledger has visible spread, not a uniform wall of sub-0.1 sigma rows.
The distribution uses 44 printed numeric pulls, counting multi-entry rows such as quarks, mesons, QCD, and toponium as their visible sub-pulls. The spread is deliberately shown: a ledger with -0.99, +0.75, and sub-0.01 rows is healthier than a wall of identical near-zero claims.
0-0.1
16
0.1-0.25
11
0.25-0.5
8
0.5-1.0
7
>1.0
2
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
13
Rows 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
5
Rows whose key point is a frozen readout, pipeline, or covariance audit rather than a new fitted parameter.
Structural Anchors
3
Theorems, guardrails, and ontology anchors with empirical context but no clean standalone sigma value yet.
Predictions and CLEAR Tests
12
Locked future-facing tests. These do not receive green status until the declared data class exists.
Falsification and Errata
2
Negative 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.
| Record | max |z| | Pull detail | Book pages |
|---|---|---|---|
| N1 LIA Neutrino Mass-Squared Ratio
Observed Pulls
|
0.750 |
detail+0.75 sigma against NuFIT 6.1 IC24; earlier site copy carried +0.16 sigma against NuFIT 6.0.
NuFIT 6.1 IC24 comparator family; source date should be pinned in the next data-ledger pass.
|
QTT Main Book v10.01, pp. 1195-1196 and compact ledger p. 1252. |
| Faraday Clock-Tilt Plateau
Observed Pulls
|
0.240 |
detail-0.24 sigma
Published Faraday material plateaus; material source dates pending in machine ledger.
|
QTT Main Book v10.01, pp. 1192-1195. |
| ABC/WV Baryon Invariant
Observed Pulls
|
0.180 |
detail0.18 sigma
CMB/BBN physical-density comparator family; source release date pending in machine ledger.
|
QTT Main Book v10.01, pp. 1208-1209 and compact ledger p. 1252. |
| Creation Ledger / ZAHRA Hubble Branch
Observed Pulls
|
0.109 |
detailCreation Ledger consolidation reports the ZAHRA sec(pi/8) ratio at about +0.109 sigma against the SH0ES/Planck branch ratio; no Omega_Lambda-versus-Planck sigma row is claimed.
CMB/BAO/TRGB/Cepheid H0 ladder comparators; individual release dates pending in machine ledger.
|
QTT Main Book v10.01, pp. 212-213 and 711-715; compact ledger p. 1252; Creation Ledger concept DOI 10.5281/zenodo.20633582. |
| Passive-Host H0 Ladder Test
Predictions and CLEAR Tests
|
— |
detailno sigma yet
Future or reprocessed distance-ladder host-environment split.
|
Creation Ledger concept DOI 10.5281/zenodo.20633582; QTT Main Book v10.01, pp. 711-715. |
| Fine-Structure Constant: Photon-Edge Gate
Observed Pulls
|
0.524 |
detailPhoton-edge theorem gives -0.523927 sigma against CODATA 2022/NIST inverse alpha.
CODATA 2022 alpha corridor.
|
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 alpha route. |
| Single-Kernel Precision QED Windows
No-Retune and Internal Audits
|
0.440 |
detailMain core max |z| = 0.44 sigma; extended core max about 0.37 sigma; chi^2/dof about 0.58.
Precision QED/CODATA windows; mixed comparator dates pending in machine ledger.
|
QTT Main Book v10.01, pp. 1037-1045 and compact master ledger p. 1248. |
| Rydberg Source Audit
No-Retune and Internal Audits
|
0.013 |
detail-0.0135 sigma
CODATA Rydberg corridor.
|
QTT Main Book v10.01, scorecard/index pp. 7-8; working note section 11.4. |
| Electron g-2 as Photon-Edge Magnetic Readout
Observed Pulls
|
0.736 |
detail+0.019 sigma against direct 2023 measurement; +0.736 sigma against CODATA 2022 audit.
Direct electron magnetic-moment measurement 2023; CODATA 2022 audit.
|
QTT Main Book v10.01, pp. 1037-1045. |
| Top-Antitop Threshold Beam-Access Theorem
Observed Pulls
|
0.462 |
detailCMS -0.250 sigma; ATLAS -0.404 sigma; combination -0.462 sigma.
CMS TOP-24-007 and ATLAS-CONF-2025-008 threshold reports, 2025.
|
QTT Main Book v10.01, pp. 1063-1072; public toponium DOI record carries the workpack route. |
| Toponium 14 TeV Scaling
Predictions and CLEAR Tests
|
— |
detailno sigma yet
Future 14 TeV threshold comparator not released yet.
|
QTT Main Book v10.01, pp. 1071-1072; toponium workpack section 8. |
| Test B Gas-Only Cluster Lensing
No-Retune and Internal Audits
|
0.500 |
details = 0.99 +/- 0.02; 0.5 sigma
Internal CLASH/HFF-style replay; independent external release still pending.
|
QTT Main Book v10.01, pp. 1197-1198. |
| Abell 2744 Shape-Locked Lensing Validation
No-Retune and Internal Audits
|
— |
detailshape-locked; no single sigma
Three reconstruction families; precise source dates pending in machine ledger.
|
QTT Main Book v10.01, compact ledger p. 1253; public A2744 DOI record carries the reconstruction claim. |
| Renewal Ledger Dark-Matter Branch
Structural Anchors
|
6.900 |
detailRAR comparison is deliberately not promoted into a green row: -6.9 sigma stat-only and -0.57 sigma full-envelope; cosmic-acceleration dipole is printed as a 3.9 sigma 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.
|
Renewal Ledger concept DOI 10.5281/zenodo.20643892; QTT Main Book v10.01, pp. 209-212, 535, 1209-1211, and 1253-1255. |
| G1 Galaxy Morphology Curvature Law
Predictions and CLEAR Tests
|
— |
detailqualitative many-sigma support; no single-number fit
Renewal Ledger 2026-06-11 consolidation plus SPARC/Renzo-style morphology literature; quantitative no-retune QTT fit pending.
|
Renewal Ledger concept DOI 10.5281/zenodo.20643892; QTT Main Book v10.01, pp. 535 and 1209-1211. |
| Redshift Evolution of the MOND-Like Acceleration Scale
Predictions and CLEAR Tests
|
— |
detailno sigma yet
Future homogeneous high-z RAR/BTFR comparator; current citable branch is the Renewal Ledger concept DOI 10.5281/zenodo.20643892.
|
Renewal Ledger concept DOI 10.5281/zenodo.20643892; QTT Main Book v10.01, pp. 535-538 and pp. 1210-1211. |
| CKM Left-Access Readout Matrix
Observed Pulls
|
0.280 |
detailAll nine CKM magnitudes below about 0.28 sigma; J_CKM about -0.19 sigma.
Current CKM global-fit corridors; source date pending in machine ledger.
|
QTT Main Book v10.01, pp. 1127-1148; index/scorecard p. 127. |
| Quark Access/Scheme Mass Readout
Observed Pulls
|
0.990 |
detailu -0.080; d +0.101; s +0.596; c -0.45; b -0.99; t +0.001 sigma.
PDG-style quark mass corridors; scheme/source dates pending in machine ledger.
|
QTT Main Book v10.01, quark flavor pp. 1146-1148 and scorecard pp. 126-128. |
| Light Pseudoscalar Readout Windows
Observed Pulls
|
0.144 |
detailpi0 -0.122; pi+/- -0.131; K+ -0.00017; K0 +0.0035; eta +0.114; eta' +0.144 sigma
PDG pseudoscalar mass corridors.
|
QTT Main Book v10.01, pp. 1094-1095 and scorecard pp. 126-128. |
| Access-Law Baryon Charge-State Windows
Observed Pulls
|
0.100 |
detailSigma <0.10; Xi <0.004; Omega +0.000009; proton/neutron CODATA <0.006 sigma.
PDG/CODATA baryon and mass-energy corridors.
|
QTT Main Book v10.01, pp. 1094-1103 and scorecard pp. 133-144. |
| Hydrogen and Muonium Hyperfine Access Clocks
No-Retune and Internal Audits
|
0.370 |
detailHydrogen residual +0.0807 Hz; muonium combined pull +0.37 sigma.
Hydrogen 21 cm and muonium HFS spectroscopy comparators.
|
QTT Main Book v10.01, pp. 1102-1103 and scorecard p. 144. |
| Higgs/Fermi Scalar-Lock Readouts
Observed Pulls
|
0.038 |
detailv <0.001; G_F -0.0019; h(125) +0.038 sigma.
PDG/electroweak Higgs and Fermi constant comparators.
|
QTT Main Book v10.01, pp. 971-981, p. 1056, and scorecard p. 128. |
| QCD Strong Anchor, String Tension, and Glueball Transfers
Observed Pulls
|
0.111 |
detailalpha_s +0.058; string -0.111; glueballs +0.013, +0.004, -0.049 sigma.
PDG alpha_s and lattice pure-gauge/string-tension comparator families.
|
QTT Main Book v10.01, scorecard pp. 126-128; strong-coupling theorem DOI is the current source-form citation. |
| Born Rule and No Higher-Order Interference
Structural Anchors
|
— |
detailstandard Born/no higher-order anchor
Standard Born-rule and higher-order-interference experimental literature; no single pull assigned.
|
QTT Main Book v10.01, compact ledger p. 1250. |
| Newton G Branch and Endurance Ruler
Structural Anchors
|
— |
detailCODATA G branch; no pure sigma
CODATA G branch; independent non-G micro-ruler still pending.
|
QTT Main Book v10.01, compact ledger p. 1251. |
| Access-Law Timing Tomography
Predictions and CLEAR Tests
|
— |
detailno sigma yet
Future timing-tomography comparator.
|
QTT Main Book v10.01, pp. 181, 189, 531, 1250; index notes pp. 868 and 1135. |
| HVP Prospective Blind-Run Lock Packet
Predictions and CLEAR Tests
|
— |
detaillock verified; no central-value sigma yet
Future unblinded HVP row-card comparator.
|
QTT Main Book v10.01, pp. 584-608 and p. 1257; index notes pp. 919 and 1134. |
| Photon-Edge Noise/Heat/Cross-Power Stress Test
Predictions and CLEAR Tests
|
— |
detailno sigma yet
Future same-device noise/heat/cross-power comparator.
|
QTT Main Book v10.01, pp. 114-117 and pp. 7123-7125; index note p. 1132. |
| hhhh Quartic Higgs Self-Coupling
Predictions and CLEAR Tests
|
— |
detailno sigma yet
Future precision triple/quartic Higgs collider comparator.
|
QTT Main Book v10.01, pp. 991-994; index notes pp. 1062 and 1125. |
| Laboratory Antimatter Null-Access
Predictions and CLEAR Tests
|
— |
detailno sigma yet; compatible data
BASE/ALPHA-era tests compatible; decisive intrinsic comparator future-facing.
|
QTT Main Book v10.01, pp. 507 and index notes pp. 861, 1126. |
| PMNS Upper-Octant and CP-Even Branch
Predictions and CLEAR Tests
|
— |
detailsolar/reactor green-level; full branch pending
NuFIT 6.1-era broad regions; decisive octant/CP comparator pending.
|
QTT Main Book v10.01, pp. 120, 124, 162-165, 973; index notes pp. 1023 and 1127. |
| Kerr Constant from Artian Geometry
Predictions and CLEAR Tests
|
— |
detailno sigma yet
Future material Kerr-ratio audit.
|
DOI record live 2026-06-05; book-page integration pending after v10.01. |
| Color-Closure Confinement
Predictions and CLEAR Tests
|
— |
detailno sigma yet
Future declared lattice/hadron stress class.
|
DOI record live 2026-06-06; book-page integration pending after v10.01. |
| H1 Out-of-Sample Lensing Failure
Falsification and Errata
|
— |
detailfailure record
Failure record published 2026-05-09.
|
QTT Main Book v10.01, compact ledger p. 1253; public H1 DOI record carries the failure audit. |
| Equation 601 Failed-Route Audit
Falsification and Errata
|
— |
detailfailed route
Failed-route report published 2026-05-02.
|
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. 13 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 Pullsobserved green ratio
max |z| 0.75
N1 LIA Neutrino Mass-Squared Ratio
The neutrino ratio is one of the cleanest current number-locks because the book compares one dimensionless QTT target against the NuFIT normal-ordering ratio.
QTT archived
2026-05-06 via Zenodo version record 20052943
Comparator released
NuFIT 6.1 IC24 comparator family; source date should be pinned in the next data-ledger pass.
Upstream rails
rhocos(pi/8)LIA
Sector
Neutrino / clock projection
Concept under test
Two-clock projection I_clk = cos(pi/8) and the LIA neutrino gap ratio.
Observable / dataset
NuFIT 6.1 IC24 normal-ordering Delta m^2_31 / Delta m^2_21.
QTT target
Delta m^2_31 / Delta m^2_21 = 4 pi^2 cos^2(pi/8) = 33.69694…
Result / sigma
Book audit reports about +0.75 sigma against the current normal-ordering ratio.
Book anchor
QTT Main Book v10.01, pp. 1195-1196 and compact ledger p. 1252.
Source links
Next check / falsifier
Future oscillation updates should move the ratio along the same no-retune target; absolute masses and PMNS branch remain separate tests.
Pull history
+0.16 sigma @ NuFIT 6.0 -> +0.75 sigma @ NuFIT 6.1 IC24. The drift is now explicit rather than silently overwritten.
Reproduce / audit note
Python sketch: import math; qtt = 4*math.pi**2*math.cos(math.pi/8)**2. Compare that frozen value to the published NuFIT normal-ordering ratio with the quoted covariance.
Observed Pullsobserved, systematics dominated
max |z| 0.24
Faraday Clock-Tilt Plateau
The Faraday plateau is treated as an independent, material-systematics-limited readout of the same pi/8 clock factor that appears in the neutrino ratio.
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(pi/8)Faraday plateaumaterial systematics
Sector
Optics / clock projection
Concept under test
Capacity holonomy of the Faraday magnetic plateau reading I_clk = cos(pi/8).
Observable / dataset
Wavelength-independent Faraday plateau in TGG and Dy2O3-style materials.
QTT target
I_clk^(Faraday) should match cos(pi/8) = 0.9238795325.
Result / sigma
I_clk^(Faraday) = 0.90 +/- 0.10, z ~= -0.24 sigma; 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.
Reproduce / audit note
Compute I_clk^(Faraday) from the declared plateau extraction, then compare to cos(pi/8) without moving the clock factor.
Observed Pullsobserved cosmology lock
max |z| 0.18
ABC/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.
QTT archived
2026-05-05 via Zenodo version record 20042422
Comparator released
CMB/BBN physical-density comparator family; source release date pending in machine ledger.
Upstream rails
ABC/WVOmega_bprojection map
Sector
Cosmology / baryon ledger
Concept under test
ABC/WV creation ledger, Omega_b^ABC = 1/18, and the lab/CMB projection map.
Observable / dataset
CMB/BBN physical baryon density corridor.
QTT target
18 Omega_b^ABC (H_tau T0^ABC)^2 ~= 1, with Omega_b^ABC = 1/18 and lab projection near Omega_b^lab ~= 0.0493.
Result / sigma
Book obsnote reports omega_b / Omega_b at about 0.18 sigma in the clean physical-density form.
Book anchor
QTT Main Book v10.01, pp. 1208-1209 and compact ledger p. 1252.
Source links
Next check / falsifier
Keep source Omega_b^ABC and lab Omega_b^lab separate; do not compare the raw 1/18 source number directly to a lab/CMB number.
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| 0.109
Creation 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.
QTT archived
2026-06-10 via Zenodo version record 20633583
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; H_late / H_early = sec(pi/8).
Observable / dataset
CMB, BAO, TRGB, and Cepheid H0 ordering.
QTT target
CMB < BAO < TRGB < Cepheid, with the late/early ratio governed by sec(pi/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(pi/8) against SH0ES/Planck at about +0.109 sigma. It explicitly does not claim an Omega_Lambda-versus-Planck sigma 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.
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(pi/8), and keep the epsilon amplitude labelled as FRW-consistency fixed until a ledger-side derivation exists.
Observed Pullsphoton-edge theorem / observed audit
max |z| 0.524
Fine-Structure Constant: Photon-Edge Gate
The current alpha 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.
QTT archived
2026-06-10 via Zenodo version record 20628736
Comparator released
CODATA 2022 alpha corridor.
Upstream rails
alpha edgefive-rail residualA7 loopphoton house
Sector
QED / photon edge
Concept under test
Photon house 8 + neutral projected half-loop rho/2 + residual five-rail photon-edge eigenvalue lambda_gamma.
Observable / dataset
CODATA fine-structure constant.
QTT target
alpha_QTT^-1 = 137.035999165998.
Result / sigma
The photon-edge gate theorem reports lambda_gamma = 0.00252517226324577 and alpha_QTT^-1 = 137.035999165998, giving -0.523927 sigma 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 alpha route.
Source links
Concept 10.5281/zenodo.20628735
Version 10.5281/zenodo.20628736
Record 20628736
10.5281/zenodo.20330268
Version 10.5281/zenodo.20628736
Record 20628736
10.5281/zenodo.20330268
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.
Reproduce / audit note
Use the concept DOI 10.5281/zenodo.20628735. Keep alpha_QTT^-1 = 137.035999165998 fixed, then compute z = (alpha_QTT^-1 – alpha_CODATA^-1)/sigma_CODATA. 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| 0.736
Electron g-2 as Photon-Edge Magnetic Readout
The electron anomaly is placed downstream of the frozen alpha edge, which is the scientifically important ordering.
QTT archived
2026-05-11 via Zenodo version record 20121953
Comparator released
Direct electron magnetic-moment measurement 2023; CODATA 2022 audit.
Upstream rails
alpha edgemagnetic readoutelectron anomaly
Sector
QED / magnetic readout
Concept under test
Magnetic readout of the frozen photon-edge alpha, not an alpha calibrant.
Observable / dataset
Direct 2023 electron magnetic-moment measurement; CODATA 2022 as a separate audit.
QTT target
a_e^QTT = 1.159652180592467e-3 from the frozen alpha_lambda rail.
Result / sigma
+0.019 sigma against the direct measurement; +0.736 sigma against CODATA 2022 as a separate audit.
Book anchor
QTT Main Book v10.01, pp. 1037-1045.
Source links
Next check / falsifier
Keep the causal order: alpha edge first, electron anomaly second.
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 Pullscollider threshold audit
max |z| 0.462
Top-Antitop Threshold Beam-Access Theorem
The toponium row compares one printed QTT beam-access cross-section to two LHC threshold corridors without fitting either detector.
QTT archived
2026-05-11 via Zenodo version record 20123499
Comparator released
CMS TOP-24-007 and ATLAS-CONF-2025-008 threshold reports, 2025.
Upstream rails
beam-accesspseudoscalar corePDF-free threshold
Sector
Collider / top threshold
Concept under test
Pseudoscalar t tbar address core times Artian proton-gluon beam-access rail.
Observable / dataset
CMS TOP-24-007 and ATLAS-CONF-2025-008 quasi-bound threshold excess.
QTT target
sigma_pp^QTT ~= 8.47-8.53 pb at the 13 TeV threshold setup.
Result / sigma
CMS corridor pull -0.26 to -0.20 sigma; ATLAS pull -0.41 to -0.36 sigma. Book display records CMS -0.250, ATLAS -0.404, combination -0.462 sigma.
Book anchor
QTT Main Book v10.01, pp. 1063-1072; public toponium DOI record carries the workpack route.
Source links
Next check / falsifier
Independent non-toponium small-x diffusion and luminosity stress tests must still pass; 14 TeV scaling is a separate prediction.
Reproduce / audit note
Use the printed 13 TeV QTT cross-section corridor first; compare CMS and ATLAS threshold corridors separately before any combination.
Observed Pullsgreen access readout
max |z| 0.28
CKM Left-Access Readout Matrix
The CKM card is grouped as one matrix observation, because the scientific claim is not any single entry but a finite weak-current access face acting on the birth holonomy.
QTT archived
v10.01 book ledger; public book DOI 10.5281/zenodo.17527179
Comparator released
Current CKM global-fit corridors; source date pending in machine ledger.
Upstream rails
rhobirth holonomyleft-access face
Sector
Flavor / weak access
Concept under test
Path-ordered Artian CKM birth matrix plus left-handed charged-current access face epsilon_23^L = 1/(192 rho).
Observable / dataset
Nine CKM magnitudes and J_CKM against current global-fit corridors.
QTT target
V_CKM^acc = R_23(-1/(192 rho)) V_CKM^(0), with no entry-by-entry fit.
Result / sigma
All nine access-read magnitudes land below about 0.28 sigma; J_acc is about -0.19 sigma.
Book anchor
QTT Main Book v10.01, pp. 1127-1148; index/scorecard p. 127.
Source links
Concept 10.5281/zenodo.17527179
Next check / falsifier
Future high-precision global fits can reinforce or exclude the QTT-novel access layer.
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 mass readout
max |z| 0.99
Quark Access/Scheme Mass Readout
This row groups the six quark-mass readouts because the book's central claim is a shared access/scheme framework, not six separate fitted Yukawa knobs.
QTT archived
v10.01 book ledger; public book DOI 10.5281/zenodo.17527179
Comparator released
PDG-style quark mass corridors; scheme/source dates pending in machine ledger.
Upstream rails
MARIAMQCD schemeaccess windows
Sector
Flavor / mass readouts
Concept under test
MARIAM birth masses transported through QCD, QED, electroweak, and scheme readout windows.
Observable / dataset
Declared PDG-style quark-mass corridors in their appropriate schemes/scales.
QTT target
The access wrapper W_q^S R_q^YM R_q^gamma R_q^EW M_q^A.
Result / sigma
Book table reports pulls (-0.080, +0.101, +0.596, -0.45, -0.99, +0.001) sigma for (u,d,s,c,b,t_sigma).
Book anchor
QTT Main Book v10.01, quark flavor pp. 1146-1148 and scorecard pp. 126-128.
Source links
Concept 10.5281/zenodo.17527179
Next check / falsifier
Top direct, pole, MC, and event-mass maps remain convention maps and must not be conflated.
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 readout windows
max |z| 0.144
Light Pseudoscalar Readout Windows
The meson card keeps core and readout layers separate: isosymmetric QCD cores first, finite observation windows second.
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, eta, and eta-prime masses.
QTT target
QTT chiral core plus the declared physical readout windows.
Result / sigma
Book scorecard reports pi0 -0.122, pi+/- -0.131, K+ -0.00017, K0 +0.0035, eta +0.114, eta' +0.144 sigma; core M_pi +0.134 and M_K +0.351 sigma.
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.
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| 0.1
Access-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.
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
Sigma, Xi, Omega, 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: Sigma states <0.10 sigma, Xi states <0.004 sigma, Omega – at +0.000009 sigma; eV-CODATA p/n row below 0.006 sigma.
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.
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-alpha readout
max |z| 0.038
Higgs/Fermi Scalar-Lock Readouts
The Higgs/Fermi card separates the scalar-lock readout from the yellow quartic Higgs prediction.
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
v_lab = 246.219650916 GeV; G_F = 1.16637869885e-5 GeV^-2; m_h = 125.204157668 GeV.
Result / sigma
Scorecard reports v below 0.001 sigma, G_F -0.0019 sigma, and h(125) +0.038 sigma.
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.
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| 0.111
QCD Strong Anchor, String Tension, and Glueball Transfers
This card now uses the strong-coupling form theorem as the current NICK citation, while keeping string-tension and glueball transfers as downstream audits.
QTT archived
2026-06-10 via Zenodo version record 20625551
Comparator released
PDG alpha_s and lattice pure-gauge/string-tension comparator families.
Upstream rails
Lambda3NICKglueball transfer
Sector
QCD / glueball and string rails
Concept under test
NICK strong anchor, A6-blocked string tension, and finite glueball transfer rails.
Observable / dataset
alpha_s(m_Z), static-source string tension, and pure-gauge lattice glueball spectra.
QTT target
chi_YM(m_Z) = 2/3 + 1/(4 rho^2), rho = 2pi cos(pi/8); alpha_s(m_Z) = 0.11805244792; sqrt(sigma_3) = 444.253151 MeV; QTT scalar/tensor/pseudoscalar glueball masses.
Result / sigma
Strong-coupling theorem records alpha_s +0.058 sigma against 0.1180 +/- 0.0009; book scorecard also reports string tension -0.111 sigma and glueball transfers +0.013, +0.004, and -0.049 sigma.
Book anchor
QTT Main Book v10.01, scorecard pp. 126-128; strong-coupling theorem DOI is the current source-form citation.
Source links
Next check / falsifier
Keep pure-gauge lattice audit separate from mixed experimental resonance assignments.
Reproduce / audit note
Use the concept DOI 10.5281/zenodo.20625550 for the strong-coupling source form; keep alpha_s, string tension, and glueball transfers as one QCD dependency family rather than five independent miracles.
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. 5 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 Auditsno-retune audit
max |z| 0.44
Single-Kernel Precision QED Windows
This is a reuse test: the photon rail is frozen first, then carried through multiple QED readout windows without window-by-window fitting.
QTT archived
2026-05-11 via Zenodo version record 20121953
Comparator released
Precision QED/CODATA windows; mixed comparator dates pending in machine ledger.
Upstream rails
alpha edgesingle kernelQED windows
Sector
QED / no-retune reuse
Concept under test
One photon spectral kernel and capacity law reused across noise, heat, spectroscopy, and magnetic readouts.
Observable / dataset
Lamb/HFS/QED-window set and extended green core.
QTT target
int_0^infty K(omega)/(pi omega) d omega = alpha, with the frozen alpha rail.
Result / sigma
Book scorecard gives max_i |z_i| = 0.44 sigma and chi^2_lambda/dof ~= 0.58; extended core max ~= 0.37 sigma.
Book anchor
QTT Main Book v10.01, pp. 1037-1045 and compact master ledger p. 1248.
Source links
Next check / falsifier
A future failed no-retune reuse in QED, Rydberg, impedance, or photon-window tests would weaken the alpha rail.
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/lab corridor
max |z| 0.0135
Rydberg Source Audit
The Rydberg row is a corridor audit of the electron source/lab access rail. The page preserves the book's staged interpretation instead of pretending the raw lab mismatch was already the answer.
QTT archived
2026-05-21 via Zenodo version record 20330269
Comparator released
CODATA Rydberg corridor.
Upstream rails
alpha edgeelectron railsource/lab corridor
Sector
QED / metrology access
Concept under test
Electron gamma-W micro-access rail and source/lab Rydberg corridor.
Observable / dataset
Rydberg source equation and CODATA corridor.
QTT target
Rydberg source equation after the declared source/lab access rail.
Result / sigma
Final micro-rail lands at z_R = -0.0135 sigma; the working note also records the raw and legal-rail stress history.
Book anchor
QTT Main Book v10.01, scorecard/index pp. 7-8; working note section 11.4.
Source links
Next check / falsifier
Future CODATA-level shifts or access-covariance failures should be treated as direct stress tests, not hidden refits.
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 Auditsinternal pipeline pass
max |z| 0.5
Test 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.
QTT archived
2026-05-08 via Zenodo version record 20076433
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 kappa map slope test.
QTT target
kappa_obs = s kappa_QTT + b, with s_QTT = 1.
Result / sigma
Reported slopes 0.95-1.05, combined s_fit = 0.99 +/- 0.02, |b| <= 0.05, R^2 ~= 0.8-0.9; deviation about 0.5 sigma.
Book anchor
QTT Main Book v10.01, pp. 1197-1198.
Source links
Concept 10.5281/zenodo.20071244
Version 10.5281/zenodo.20076433
Record 20076433
10.5281/zenodo.20091011
Version 10.5281/zenodo.20076433
Record 20076433
10.5281/zenodo.20091011
Next check / falsifier
Needs independent replay with locked map-building, public observed maps, and residual verdicts.
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 sigma
Abell 2744 Shape-Locked Lensing Validation
A2744 is kept as a protocol validation rather than squeezed into a fake single-number sigma.
QTT archived
2026-05-09 via Zenodo version record 20091012
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 sigma is assigned.
Book anchor
QTT Main Book v10.01, compact ledger p. 1253; public A2744 DOI record carries the reconstruction claim.
Source links
Next check / falsifier
Use independent reconstructions and declared shape locks before inspecting residuals.
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| 0.37
Hydrogen 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.
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
alpha 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 sigma 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.
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 sigma value yet. 3 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 Anchorssector consolidation / falsifier ledger
max |z| 6.9
Renewal 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.
QTT archived
2026-06-11 via Zenodo version record 20643893
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 kernela0_tauRenewal Dustcosmic dipolefalsifier ledger
Sector
Galaxy/lensing / Renewal Ledger
Concept under test
Fixed-coefficient source kernel K_G, the acceleration knee a0_tau = c H_tau/(2 pi), lab floor a0_tau/cos(pi/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
a0_tau = c H_tau/(2*pi) = 9.8178e-11 m s^-2; lab floor a0_tau/cos(pi/8) = 1.0627e-10 m s^-2; fixed-source-kernel branch must not need fitted halo profiles.
Result / sigma
The Renewal Ledger paper declares no green sigma row for a0 versus the McGaugh RAR value. It prints the stress test instead: -6.9 sigma stat-only and -0.57 sigma with the full empirical envelope, plus a 3.9 sigma 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.
Source links
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.
Reproduce / audit note
Use concept DOI 10.5281/zenodo.20643892. Keep a0_tau = c H_tau/(2*pi) and a0_lab = a0_tau/cos(pi/8) fixed, run the declared RAR/BTFR/lensing/dipole readouts, and preserve the no-green-RAR-row caveat.
Structural Anchorsconditional theorem
standard Born/no higher-order anchor
Born Rule and No Higher-Order Interference
This row is a theorem-plus-standard-empirical-anchor rather than a fresh QTT sigma number.
QTT archived
2026-05-11 via Zenodo version record 20118243
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
The probability square forced by address projection and J-norm ledger statistics.
Observable / dataset
Standard Born-rule tests and absence of confirmed higher-order interference.
QTT target
p(alpha|M) = sum_w ||rho(w)||_J^2 <psi_w|Pi_alpha psi_w>_J.
Result / sigma
Book obsnote: Born rule and no confirmed higher-order interference.
Book anchor
QTT Main Book v10.01, compact ledger p. 1250.
Source links
Next check / falsifier
Future higher-order interference claims would need to be checked against the declared address/window class.
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 Anchorscalibration guardrail
CODATA G branch; no pure sigma
Newton G Branch and Endurance Ruler
This card prevents the common mistake: the current book does not treat CODATA G as a clean independent pure-number prediction before the micro-ruler is independently fixed.
QTT archived
2026-05-07 via Zenodo version record 20057431
Comparator released
CODATA G branch; independent non-G micro-ruler still pending.
Upstream rails
ell_tildeenduranceCODATA G guardrail
Sector
Gravity / endurance ruler
Concept under test
G = ell_tilde^2 c^3 / hbar from Artian endurance capacity.
Observable / dataset
CODATA G branch and Planck-ruler convention.
QTT target
Once ell_tilde is fixed independently, G is not primitive.
Result / sigma
Book obsnote: CODATA G branch; ell_tilde = ell_P.
Book anchor
QTT Main Book v10.01, compact ledger p. 1251.
Source links
Next check / falsifier
A non-G micro-ruler anchor is needed before calling G an independent observed pure-number closure.
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 Tests
Predictions and CLEAR Tests
Locked future-facing tests. These do not receive green status until the declared data class exists. 12 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 Testslocked counter-prediction
no sigma yet
Passive-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.
QTT archived
2026-06-10 via Zenodo version record 20633583
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 sigma assigned yet.
Book anchor
Creation Ledger concept DOI 10.5281/zenodo.20633582; QTT Main Book v10.01, pp. 711-715.
Source links
Next check / falsifier
Run a declared host-environment split with calibration, selection, and outlier policy fixed before reading the H0 offset.
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 Testslocked scaling prediction
no sigma yet
Toponium 14 TeV Scaling
This is the future-facing sibling of the observed 13 TeV threshold row.
QTT archived
2026-05-11 via Zenodo version record 20123499
Comparator released
Future 14 TeV threshold comparator not released yet.
Upstream rails
beam-access13->14 TeV scalingpseudoscalar core
Sector
Collider / top threshold prediction
Concept under test
Same threshold-core plus beam-access rail, with no new detector fit.
Observable / dataset
Future or reprocessed 14 TeV quasi-bound t tbar threshold cross-section.
QTT target
sigma_14/sigma_13 = 1.00349, giving sigma_14 ~= 8.505 pb.
Result / sigma
Prediction printed; no public 14 TeV threshold corridor sigma assigned yet.
Book anchor
QTT Main Book v10.01, pp. 1071-1072; toponium workpack section 8.
Source links
Next check / falsifier
Compare against a declared 14 TeV analysis without re-normalizing the beam-access rail.
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 Testsstructural observation test
qualitative many-sigma support; no single-number fit
G1 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.
QTT archived
2026-06-11 via Zenodo version record 20643893
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
g_obs – g_N proportional to -nabla^2 ln Sigma_b in the QTT morphology shadow.
Result / sigma
Book calls the structural coupling effectively many-sigma 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.
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 sigma yet
Redshift 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.
QTT archived
2026-06-11 via Zenodo version record 20643893
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 sigma 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
Concept 10.5281/zenodo.20643892
Version 10.5281/zenodo.20643893
Record 20643893
10.5281/zenodo.20069473
Version 10.5281/zenodo.20643893
Record 20643893
10.5281/zenodo.20069473
Next check / falsifier
Compare with homogeneous galaxy samples where stellar population, gas, and lensing selection are declared before reading the trend.
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 TestsCLEAR protocol
no sigma yet
Access-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.
QTT archived
2026-05-11 via Zenodo version record 20114404
Comparator released
Future timing-tomography comparator.
Upstream rails
access laweta_addrCLEAR 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
U_T = 2 Delta T_cond Delta Omega_cond = 1 – eta_addr; with durable leakage D, U_T = 1 – eta_addr(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
Next check / falsifier
A stable locked dataset with R_QTT < 1 at decisive sigma would falsify the access-law timing inequality.
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 lock, yellow central values
lock verified; no central-value sigma yet
HVP Prospective Blind-Run Lock Packet
The HVP row is a preregistration firewall: the lock and digests are green, but central values and experiment covariance files remain yellow by design.
QTT archived
2026-05-28 via concept DOI 10.5281/zenodo.20354459 lock packet.
Comparator released
Future unblinded HVP row-card comparator.
Upstream rails
rhoHVP lockcovariance schema
Sector
Muon g-2 / HVP blind lock
Concept under test
Blind 2pi-rho HVP access-factor test and row-card covariance schema.
Observable / dataset
Withheld or future HVP row cards opened after the rule, digest, and covariance schema are frozen.
QTT target
Freeze nu_8^V,QTT, rho, q_HVP, topology-to-integer rule, row-card fields, and covariance schema before central values.
Result / sigma
Book records the Zenodo lock packet, digest checks, and green method labels; no central-value sigma is assigned yet.
Book anchor
QTT Main Book v10.01, pp. 584-608 and p. 1257; index notes pp. 919 and 1134.
Source links
Concept 10.5281/zenodo.20354459
Next check / falsifier
Unblind only after the declared row-card and covariance requirements are met.
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 TestsCLEAR protocol
no sigma yet
Photon-Edge Noise/Heat/Cross-Power Stress Test
This is a same-device negative-control test for the photon edge and thermal-access scale.
QTT archived
2026-05-11 via Zenodo version record 20121953
Comparator released
Future same-device noise/heat/cross-power comparator.
Upstream rails
alpha 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
Lambda_WH = 1 and no extractable equilibrium cross-power above f_T = k_B T / h after declared subtraction/profile rules.
Result / sigma
Protocol printed; no decisive same-device central-value sigma yet.
Book anchor
QTT Main Book v10.01, pp. 114-117 and pp. 7123-7125; index note p. 1132.
Source links
Next check / falsifier
Detuning, energy-dependent transmission, or inelastic backscattering are required negative controls.
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 sigma yet
hhhh Quartic Higgs Self-Coupling
The quartic Higgs row is a clean yellow prediction, not a green observation.
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
kappa_4^QTT = 1; g_hhhh^QTT = 0.775734905663; lambda_SM^shadow = 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 kappa_4 convention and the printed CLEAR likelihood before assigning any pull.
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 sigma yet; compatible data
Laboratory Antimatter Null-Access
The antimatter row is a present-day null-access prediction downstream of the matter-asymmetry theorem.
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), Delta nu_Hbar/H / nu = O(10^-61), and g_Hbar/g_H = 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.
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 Testscandidate branch
solar/reactor green-level; full branch pending
PMNS Upper-Octant and CP-Even Branch
The PMNS entry is live but deliberately yellow: the ratio and solar/reactor audits are strong, while the atmospheric octant and CP branch are not settled.
QTT archived
2026-05-06 via Zenodo version record 20052943
Comparator released
NuFIT 6.1-era broad regions; decisive octant/CP comparator pending.
Upstream rails
rhoLIAPMNS face
Sector
Neutrino / PMNS branch
Concept under test
LIA neutrino mass vector and Artian PMNS face complex.
Observable / dataset
PMNS angles, CP phase, absolute neutrino scale, beta endpoint, and neutrinoless double-beta corridors.
QTT target
Normal ordering; sin^2 theta_23 = 0.5572965438; delta_PMNS = pi; J_PMNS = 0; sum m_nu = 57.867783 meV.
Result / sigma
NuFIT 6.1 permits the point inside broad regions; the full PMNS package remains QTT-novel/candidate.
Book anchor
QTT Main Book v10.01, pp. 120, 124, 162-165, 973; index notes pp. 1023 and 1127.
Source links
Next check / falsifier
KATRIN, cosmology, beta endpoint, 0nu beta beta, and future oscillation fits decide how hard this closes.
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 Testspending material execution
no sigma yet
Kerr 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.
QTT archived
2026-06-05 via Zenodo version record 20560914
Comparator released
Future material Kerr-ratio audit.
Upstream rails
cos(pi/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
Delta n_lab^QTT = lambda K_lab^QTT E^2, with K_lab^QTT = cos(pi/8) A_K^QTT / F_drift^K and no dependence on K_obs.
Result / sigma
Source tensor and quadratic field rail closed; material polarizability rail specified; no decisive no-retune material sigma yet.
Book anchor
DOI record live 2026-06-05; book-page integration pending after v10.01.
Source links
Next check / falsifier
Run the proposed material/liquid ratio audit without fitting the observed Kerr constants.
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 sigma yet
Color-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.
QTT archived
2026-06-06 via Zenodo version record 20568653
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 sigma assigned yet.
Book anchor
DOI record live 2026-06-06; book-page integration pending after v10.01.
Source links
Next check / falsifier
Declare the lattice/hadron comparison class before promoting to observed status.
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 record
H1 Out-of-Sample Lensing Failure
The H1 record is kept visible because a serious observation map must show failed tests as first-class records.
QTT archived
2026-05-09 via Zenodo version record 20095339
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 kappa/gamma 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
Next check / falsifier
Future cluster tests should preserve the same prediction-before-residual firewall.
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 route
Equation 601 Failed-Route Audit
Equation 601 remains on the Observatory so the corpus does not hide its discarded paths.
QTT archived
2026-05-02 via Zenodo version record 19982607
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
Next check / falsifier
Any future text citing the route must cite it as failed/audit only.
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 were regenerated with this publish and mirrored on the public Observatory Data page.
✓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 sigma -> NuFIT 6.1 IC24 +0.75 sigma.
✓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.
QTT - Quantum Traction Theory 