Red / pending / conditional ledger · synced 2026-07-02
Open Gates Ledger
A companion to the Observatory: the rows that remain conditional, pending, future-facing, structural, amber/yellow, or explicitly failed. This page exists so the open problems cannot be mistaken for hidden fine print.
Unique open-ledger rows
41
Prediction protocols
17
Covariance/access gates
36
Errors kept visible
2
Open ledger section
Keystone / ruler gates
Dimensionful rows that explicitly touch the absolute-ruler/source-to-SI certificate. 5 rows.
Keystone / ruler gates
Observatory rowRydberg 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 gamma-W micro-access bridge before opening the CODATA corridor, and now closes atomic-unit source propagation plus hydrogen/QED row separation.
Standard-language read: 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.
Open sensitivity: Dimensionful metrology row. The displayed Rydberg pull is strong, but full QED/hydrogen covariance and absolute-source propagation are kept as explicit gates.
Status: source/lab corridor green · Category: No-Retune and Internal Audits · Book: 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. · Concept DOI: 10.5281/zenodo.20800371 · Comparator: CODATA Rydberg corridor; v5.01 source-lab theorem published 2026-06-26.
Keystone / ruler gates
Observatory rowSource-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_infty, electron mass, electroweak rows, or CODATA comparators as hidden constructors.
Standard-language read: 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.
Open 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.
Status: GREEN source bridge / AMBER numerical certificate · Category: No-Retune and Internal Audits · Book: 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. · Concept DOI: 10.5281/zenodo.20936013 · Comparator: Comparator/source date not yet machine-pinned in the site ledger.
Keystone / ruler gates
Observatory rowQCD 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.
Standard-language read: 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.
Open sensitivity: The QCD sheet scale is dimensionful and therefore inherits the source-ruler sensitivity, while alpha_s and ratios are cleaner dimensionless checks. Lattice convention choices remain visible.
Status: strong-coupling source form and lattice audits · Category: Observed Pulls · Book: 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. · Concept DOI: 10.5281/zenodo.20625550 · Comparator: PDG alpha_s and lattice pure-gauge/string-tension comparator families; A6 compact-color kernel concept DOI 10.5281/zenodo.20744161.
Keystone / ruler gates
Observatory rowA6 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 Phi_3(U)=(1/3)Re_J Tr(U), forcing K_betaZ^QTT(U)=exp[(beta_Z/3)Re_J Tr(U)].
Standard-language read: 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.
Open 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.
Status: A6 half-share theorem / static-source audit · Category: Observed Pulls · Book: 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. · Concept DOI: 10.5281/zenodo.20744161 · Comparator: A6 Hadamard Center-Sheet Half-Share Theorem published 2026-06-18; static-source lattice/string-tension comparator family as cited in the paper.
Keystone / ruler gates
Observatory rowNewton 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.
Standard-language read: 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.
Open 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.
Status: six-face green audit / ruler guardrail · Category: Structural Anchors · Book: Newton/G concept DOI 10.5281/zenodo.20057430; QTT Main Book v10.01 compact G/endurance ledger anchors. · Concept DOI: 10.5281/zenodo.20057430 · Comparator: CODATA G branch with non-gravitational weak-scale anchor G_F and photon-edge alpha_QTT; independent non-G micro-ruler still pending.
Open ledger section
Prediction protocols
Future-facing tests and blind protocols that are not green until their declared comparator exists. 17 rows.
Prediction protocols
Observatory rowPassive-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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: locked counter-prediction · Category: Predictions and CLEAR Tests · Book: Creation Ledger concept DOI 10.5281/zenodo.20633582; QTT Main Book v10.01, pp. 711-715. · Concept DOI: 10.5281/zenodo.20633582 · Comparator: Future or reprocessed distance-ladder host-environment split.
Prediction protocols
Observatory rowA2 Blind Tabletop Gravity Tests
The blind-test deposit is a proposal-level Observatory row: theory gates and protocols are printed, but apparatus-specific sensitivity and actual laboratory execution remain pending.
Standard-language read: In mainstream terms, this is a preregistered QTT target for Atom-interferometry/source-mass protocols with blind modulation, phase echoes, covariance analysis, 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: blind protocol printed / numerical sensitivity and lab execution pending · Category: Predictions and CLEAR Tests · Book: Blind tabletop concept DOI 10.5281/zenodo.20772326; related AB holonomy concept DOI 10.5281/zenodo.20772090; A2 field concept DOI 10.5281/zenodo.20763263. · Concept DOI: 10.5281/zenodo.20772326 · Comparator: Future blinded atom-interferometry/source-mass or mesoscopic-source execution; current comparator state is pending.
Prediction protocols
Observatory rowWave Equation as A1 Shadow
The wave-shadow theorem treats the continuum wave equation as the smooth-access shadow of a finite nearest-neighbour A1 real-J dial update, then prints the exact stencil dispersion before any time-of-flight audit is opened.
Standard-language read: The wave-shadow row derives the smooth wave equation as an access shadow of a discrete source law and forbids a linear Planck-scale vacuum-dispersion term.
Open sensitivity: Sensitivity is in future source-clean time-of-flight/dispersion comparators; low-energy wave-equation recovery alone is not a discriminator.
Status: GREEN source law / linear channel forbidden · Category: Predictions and CLEAR Tests · Book: 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. · Concept DOI: 10.5281/zenodo.20723081 · Comparator: Wave-shadow concept DOI family 10.5281/zenodo.20723081; future source-clean time-of-flight or dispersion comparators remain audit gates.
Prediction protocols
Observatory rowA7U 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.
Standard-language read: The matter-wave row asks whether A7U leaves a locked shape in molecular-visibility data after ordinary decoherence and apparatus blocks have been separated.
Open 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.
Status: A7U-G source gap and visibility transport closed / direct floor observation pending · Category: Predictions and CLEAR Tests · Book: 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. · Concept DOI: 10.5281/zenodo.20796924 · Comparator: 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 A_b calibration, raw counts, covariance, and a locked nonconstant A7U-G transport shape.
Prediction protocols
Observatory rowToponium 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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: locked scaling prediction / external comparator pending · Category: Predictions and CLEAR Tests · Book: QTT Main Book v10.01, pp. 1071-1072; v4.0 locked-prediction JSON inside the toponium release package. · Concept DOI: 10.5281/zenodo.20123498 · Comparator: Future 13.6/14 TeV threshold comparator not released yet.
Prediction protocols
Observatory rowG1 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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: structural observation test · Category: Predictions and CLEAR Tests · Book: Renewal Ledger concept DOI 10.5281/zenodo.20643892; QTT Main Book v10.01, pp. 535 and 1209-1211. · Comparator: Renewal Ledger 2026-06-11 consolidation plus SPARC/Renzo-style morphology literature; quantitative no-retune QTT fit pending.
Prediction protocols
Observatory rowRedshift 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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: cosmology prediction · Category: Predictions and CLEAR Tests · Book: Renewal Ledger concept DOI 10.5281/zenodo.20643892; QTT Main Book v10.01, pp. 535-538 and pp. 1210-1211. · Comparator: Future homogeneous high-z RAR/BTFR comparator; current citable branch is the Renewal Ledger concept DOI 10.5281/zenodo.20643892.
Prediction protocols
Observatory rowQCD Sheet-Scale Downstream Prediction Packet
Once the A6 v4.0 compact-color kernel plus beta_Z/Haar-root chain locks sqrt(sigma_3), 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.
Standard-language read: In mainstream terms, this is a preregistered QTT target for Source-to-pole vector rows, muon-HVP centroid-compressed source weights, rho->pi pi 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: locked QCD sheet-scale prediction packet · Category: Predictions and CLEAR Tests · Book: 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. · Concept DOI: 10.5281/zenodo.20744161 · Comparator: Future source-access-pole maps, HVP row cards, rho-width convention rows, chiral-scale audits, and pure-gauge glueball reruns.
Prediction protocols
Observatory rowBoundary 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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: cross-sector boundary grammar · Category: Predictions and CLEAR Tests · Book: 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. · Concept DOI: 10.5281/zenodo.20744161 · Comparator: Future sector papers and derivation audits.
Prediction protocols
Observatory rowAccess-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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: CLEAR protocol · Category: Predictions and CLEAR Tests · Book: QTT Main Book v10.01, pp. 181, 189, 531, 1250; index notes pp. 868 and 1135. · Concept DOI: 10.5281/zenodo.20114403 · Comparator: Future timing-tomography comparator.
Prediction protocols
Observatory rowHVP Prospective Blind-Run Lock Packet
The prospective HVP row remains a preregistration firewall downstream of the current source-access reference framework: the lock and digests are green, but central values and experiment covariance files remain yellow by design.
Standard-language read: In mainstream terms, this is a preregistered QTT target for Withheld or future HVP row cards opened after the rule, digest, and covariance schema are frozen.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: green lock, yellow central values · Category: Predictions and CLEAR Tests · Book: QTT Main Book v10.01, pp. 584-620 and p. 1257; HVP source-access concept DOI 10.5281/zenodo.20732034. · Comparator: Future unblinded HVP row-card comparator; current source-access framework concept DOI family 10.5281/zenodo.20732034.
Prediction protocols
Observatory rowPhoton-Edge Noise/Heat/Cross-Power Stress Test
This is a same-device negative-control test for the photon edge and thermal-access scale.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: CLEAR protocol · Category: Predictions and CLEAR Tests · Book: QTT Main Book v10.01, pp. 114-117 and pp. 7123-7125; index note p. 1132. · Concept DOI: 10.5281/zenodo.20121952 · Comparator: Future same-device noise/heat/cross-power comparator.
Prediction protocols
Observatory rowhhhh Quartic Higgs Self-Coupling
The quartic Higgs row is a clean yellow prediction, not a green observation.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: waiting for observation · Category: Predictions and CLEAR Tests · Book: QTT Main Book v10.01, pp. 991-994; index notes pp. 1062 and 1125. · Comparator: Future precision triple/quartic Higgs collider comparator.
Prediction protocols
Observatory rowLaboratory Antimatter Null-Access
The antimatter row is a present-day null-access prediction downstream of the matter-asymmetry theorem.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: waiting for observation · Category: Predictions and CLEAR Tests · Book: QTT Main Book v10.01, pp. 507 and index notes pp. 861, 1126. · Comparator: BASE/ALPHA-era tests compatible; decisive intrinsic comparator future-facing.
Prediction protocols
Observatory rowPMNS 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.
Standard-language read: 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.
Open sensitivity: The first-order source enumeration is closed; atmospheric-octant likelihood, CP-profile, Majorana/access rows, and full experiment covariance remain yellow.
Status: GREEN finite enumeration / source angles / solar bridge / CKM micro-provenance / CP; YELLOW octant and CP-profile gates · Category: Predictions and CLEAR Tests · Book: PMNS source-access concept DOI 10.5281/zenodo.20735493; QTT Main Book v10.01 pp. 158-162, 1113-1114, 1134-1138. · Concept DOI: 10.5281/zenodo.20735493 · Comparator: 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.
Prediction protocols
Observatory rowKerr 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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: pending material execution · Category: Predictions and CLEAR Tests · Book: DOI record live 2026-06-05; book-page integration pending after v10.01. · Concept DOI: 10.5281/zenodo.20539673 · Comparator: Future material Kerr-ratio audit.
Prediction protocols
Observatory rowColor-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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: source theorem, pending external stress · Category: Predictions and CLEAR Tests · Book: DOI record live 2026-06-06; book-page integration pending after v10.01. · Concept DOI: 10.5281/zenodo.20568652 · Comparator: Future declared lattice/hadron stress class.
Open ledger section
Access, covariance, or normalization pending
Rows whose source theorem is not the same thing as a finished lab-access or covariance verdict. 36 rows.
Access, covariance, or normalization pending
Observatory rowArtian LIA Neutrino Family-Rank Reference Theorem
The current neutrino reference theorem fixes the source rail rho_nu=2*pi*cos(pi/8), the minimal neutral spectrum, and the ratio Delta m^2_31 / Delta m^2_21 = 33.696937... before any oscillation, beta-endpoint, cosmology, or PMNS data are opened.
Standard-language read: A dimensionless neutrino mass-squared ratio is predicted from the QTT clock/family rail and then compared to global oscillation fits. The row does not use the measured oscillation gaps or cosmological sums to define the source ratio.
Open sensitivity: Dimensionless source ratio: no absolute ruler enters. Sensitivity sits in the external oscillation-fit covariance, ordering convention, and future JUNO/DUNE/Hyper-K/KATRIN/CMB-style checkpoints.
Status: GREEN source ratio and minimal neutral spectrum / AUDIT absolute scale · Category: Observed Pulls · Book: QTT Main Book v10.01, pp. 1195-1196 and compact ledger p. 1252; neutrino family-rank reference theorem concept DOI 10.5281/zenodo.20571452. · Concept DOI: 10.5281/zenodo.20571452 · Comparator: NuFIT 6.1 IC24 comparator family; the concept DOI family 10.5281/zenodo.20571452 carries the frozen source ratio. JUNO/DUNE/Hyper-K/KATRIN/DESI/Euclid/CMB-S4 remain future or external audit gates.
Access, covariance, or normalization pending
Observatory rowPassive-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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: locked counter-prediction · Category: Predictions and CLEAR Tests · Book: Creation Ledger concept DOI 10.5281/zenodo.20633582; QTT Main Book v10.01, pp. 711-715. · Concept DOI: 10.5281/zenodo.20633582 · Comparator: Future or reprocessed distance-ladder host-environment split.
Access, covariance, or normalization pending
Observatory rowArtian's Time Framework
Version 5.1 upgrades the Arrow/Now theorem into a full Artian time framework: A1 orders events and A7 persists completed records; A3 creates source volume, Time Tilt and Creation Drift map the ABC source clock into lab age, A2 spends local time-capacity, and laboratory clocks read the result through positive clock/access factors.
Standard-language read: 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, baryonic orientation, 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.
Open sensitivity: Structural row: no sigma or theory error bar is assigned until a numerical comparator and covariance packet are declared.
Status: source theorem / time-tilt bridge closed / high-regime twin test pending · Category: Structural Anchors · Book: Arrow-of-time concept DOI 10.5281/zenodo.20761499; QTT Main Book v10.01 A2/A3, entropy, Creation Ledger, and measurement-record anchors. · Concept DOI: 10.5281/zenodo.20761499 · Comparator: No external comparator date; this row is an internal consistency and future-operator-kernel audit gate.
Access, covariance, or normalization pending
Observatory 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.
Standard-language read: 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.
Open sensitivity: Structural row: no sigma or theory error bar is assigned until a numerical comparator and covariance packet are declared.
Status: GREEN source-to-IR field theorem / finite-address correction map closed · Category: Structural Anchors · Book: 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. · Concept DOI: 10.5281/zenodo.20763263 · Comparator: Standard GR weak-field and radiative tests are inherited as IR-shadow checks; finite-address correction measurements remain future/source-access declared.
Access, covariance, or normalization pending
Observatory rowArtian 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.
Standard-language read: 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.
Open 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.
Status: source holonomy closed / high-load numerical population pending · Category: Structural Anchors · Book: AB holonomy concept DOI 10.5281/zenodo.20772090; A2 field concept DOI 10.5281/zenodo.20763263; Hamiltonian concept DOI 10.5281/zenodo.20484906. · Concept DOI: 10.5281/zenodo.20772090 · Comparator: Textbook electromagnetic AB and gravitational/proper-time AB experiments are consistency checks; a source-clean high-load AB apparatus remains future.
Access, covariance, or normalization pending
Observatory rowA2 Blind Tabletop Gravity Tests
The blind-test deposit is a proposal-level Observatory row: theory gates and protocols are printed, but apparatus-specific sensitivity and actual laboratory execution remain pending.
Standard-language read: In mainstream terms, this is a preregistered QTT target for Atom-interferometry/source-mass protocols with blind modulation, phase echoes, covariance analysis, 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: blind protocol printed / numerical sensitivity and lab execution pending · Category: Predictions and CLEAR Tests · Book: Blind tabletop concept DOI 10.5281/zenodo.20772326; related AB holonomy concept DOI 10.5281/zenodo.20772090; A2 field concept DOI 10.5281/zenodo.20763263. · Concept DOI: 10.5281/zenodo.20772326 · Comparator: Future blinded atom-interferometry/source-mass or mesoscopic-source execution; current comparator state is pending.
Access, covariance, or normalization pending
Observatory rowWave Equation as A1 Shadow
The wave-shadow theorem treats the continuum wave equation as the smooth-access shadow of a finite nearest-neighbour A1 real-J dial update, then prints the exact stencil dispersion before any time-of-flight audit is opened.
Standard-language read: The wave-shadow row derives the smooth wave equation as an access shadow of a discrete source law and forbids a linear Planck-scale vacuum-dispersion term.
Open sensitivity: Sensitivity is in future source-clean time-of-flight/dispersion comparators; low-energy wave-equation recovery alone is not a discriminator.
Status: GREEN source law / linear channel forbidden · Category: Predictions and CLEAR Tests · Book: 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. · Concept DOI: 10.5281/zenodo.20723081 · Comparator: Wave-shadow concept DOI family 10.5281/zenodo.20723081; future source-clean time-of-flight or dispersion comparators remain audit gates.
Access, covariance, or normalization pending
Observatory rowA7U 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.
Standard-language read: The matter-wave row asks whether A7U leaves a locked shape in molecular-visibility data after ordinary decoherence and apparatus blocks have been separated.
Open 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.
Status: A7U-G source gap and visibility transport closed / direct floor observation pending · Category: Predictions and CLEAR Tests · Book: 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. · Concept DOI: 10.5281/zenodo.20796924 · Comparator: 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 A_b calibration, raw counts, covariance, and a locked nonconstant A7U-G transport shape.
Access, covariance, or normalization pending
Observatory rowPrecision 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.
Standard-language read: 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.
Open 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.
Status: prototype audit recorded; full covariance pending · Category: No-Retune and Internal Audits · Book: 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. · Concept DOI: 10.5281/zenodo.20121952 · Comparator: Prototype precision QED/CODATA windows inherited from V2; V3.03 technical-payload restoration published 2026-06-26.
Access, covariance, or normalization pending
Observatory rowRydberg 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 gamma-W micro-access bridge before opening the CODATA corridor, and now closes atomic-unit source propagation plus hydrogen/QED row separation.
Standard-language read: 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.
Open sensitivity: Dimensionful metrology row. The displayed Rydberg pull is strong, but full QED/hydrogen covariance and absolute-source propagation are kept as explicit gates.
Status: source/lab corridor green · Category: No-Retune and Internal Audits · Book: 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. · Concept DOI: 10.5281/zenodo.20800371 · Comparator: CODATA Rydberg corridor; v5.01 source-lab theorem published 2026-06-26.
Access, covariance, or normalization pending
Observatory rowSource-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_infty, electron mass, electroweak rows, or CODATA comparators as hidden constructors.
Standard-language read: 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.
Open 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.
Status: GREEN source bridge / AMBER numerical certificate · Category: No-Retune and Internal Audits · Book: 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. · Concept DOI: 10.5281/zenodo.20936013 · Comparator: Comparator/source date not yet machine-pinned in the site ledger.
Access, covariance, or normalization pending
Observatory rowArtian's HVP Source-Access Reference Framework
The current HVP reference paper separates the frozen QCD vector-current source, the muon photon-clock kernel, and laboratory access rows. Version 30.03 keeps the source/access firewall intact while closing the same-support rho-prime refinement coefficient, the candidate-law audit, and the intrinsic same-support covariance scaling. The final physical two-pion normalization and full source covariance remain pending.
Standard-language read: The HVP framework separates the QCD/vector source object from laboratory channel access. The source-access grammar is green, while final physical normalization and full covariance remain open gates.
Open sensitivity: Sensitivity lives in F_pi source completion, full source covariance, and row-card comparator choices. The page must not promote source diagnostics as final physical HVP central values.
Status: GREEN source/access grammar; AMBER reconstruction probes; YELLOW full physical completion · Category: No-Retune and Internal Audits · Book: HVP source-access concept DOI 10.5281/zenodo.20732034; QTT Main Book v10.01 pp. 583-620, with two-universe ontology anchor p. 1262. · Concept DOI: 10.5281/zenodo.20732034 · Comparator: Artian's HVP Source-Access Reference Framework concept DOI family 10.5281/zenodo.20732034; v30.03 same-support refinement/covariance payload archived, physical completion pending.
Access, covariance, or normalization pending
Observatory rowTop-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.
Standard-language read: 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.
Open sensitivity: Main sensitivity is the Gamma_eta->gg normalization and beam-access luminosity model, not detector tuning. Ratio rows are cleaner than absolute height.
Status: GREEN corridor match / AMBER normalization audit · Category: Observed Pulls · Book: QTT Main Book v10.01, pp. 1063-1072; toponium concept DOI 10.5281/zenodo.20123498. · Concept DOI: 10.5281/zenodo.20123498 · Comparator: CMS TOP-24-007 public page/arXiv 2503.22382, 28 March 2025; ATLAS-CONF-2025-008, 7 July 2025.
Access, covariance, or normalization pending
Observatory rowToponium 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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: locked scaling prediction / external comparator pending · Category: Predictions and CLEAR Tests · Book: QTT Main Book v10.01, pp. 1071-1072; v4.0 locked-prediction JSON inside the toponium release package. · Concept DOI: 10.5281/zenodo.20123498 · Comparator: Future 13.6/14 TeV threshold comparator not released yet.
Access, covariance, or normalization pending
Observatory rowTest 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.
Standard-language read: In mainstream terms, this card compares a frozen QTT target for CLASH+HFF-style kappa map slope test. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Open 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.
Status: internal pipeline pass · Category: No-Retune and Internal Audits · Book: QTT Main Book v10.01, pp. 1197-1198. · Concept DOI: 10.5281/zenodo.20071244 · Comparator: Internal CLASH/HFF-style replay; independent external release still pending.
Access, covariance, or normalization pending
Observatory rowG1 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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: structural observation test · Category: Predictions and CLEAR Tests · Book: Renewal Ledger concept DOI 10.5281/zenodo.20643892; QTT Main Book v10.01, pp. 535 and 1209-1211. · Comparator: Renewal Ledger 2026-06-11 consolidation plus SPARC/Renzo-style morphology literature; quantitative no-retune QTT fit pending.
Access, covariance, or normalization pending
Observatory rowRedshift 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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: cosmology prediction · Category: Predictions and CLEAR Tests · Book: Renewal Ledger concept DOI 10.5281/zenodo.20643892; QTT Main Book v10.01, pp. 535-538 and pp. 1210-1211. · Comparator: Future homogeneous high-z RAR/BTFR comparator; current citable branch is the Renewal Ledger concept DOI 10.5281/zenodo.20643892.
Access, covariance, or normalization pending
Observatory rowQuark 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.
Standard-language read: 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.
Open sensitivity: Finite-packet enumeration is closed, but the global correlated CKM covariance packet and quark-mass compiler remain pending.
Status: GREEN source-word enumeration / precision micro-provenance; YELLOW covariance packet · Category: Observed Pulls · Book: QTT Main Book v10.01, pp. 1127-1148 and scorecard pp. 126-128; quark family-rank concept DOI 10.5281/zenodo.20722978. · Concept DOI: 10.5281/zenodo.20722978 · Comparator: 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.
Access, covariance, or normalization pending
Observatory rowQuark 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.
Standard-language read: 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.
Open 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.
Status: GREEN source/sheet framework / PENDING quark-mass compiler · Category: Observed Pulls · Book: QTT Main Book v10.01, pp. 1127-1148 and scorecard pp. 126-128; quark family-rank concept DOI 10.5281/zenodo.20722978. · Concept DOI: 10.5281/zenodo.20722978 · Comparator: Quark family-rank/CKM concept DOI family 10.5281/zenodo.20722978; PDG-style quark-mass corridors and scheme conventions remain external comparators.
Access, covariance, or normalization pending
Observatory rowCharged-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 (N_e,N_mu,N_tau)=(1,888,026,624,17,526,2,347). The resulting charged-lepton mass audit has max pull about 0.188 sigma.
Standard-language read: Within the declared Artian/MARIAM charged-lepton constructor class, one survivor gives e, mu, and tau corridors. The card does not claim every possible external constructor has been enumerated.
Open sensitivity: Strong inside the declared constructor class; the honest sensitivity is external uniqueness of the class and tau corridor convention.
Status: GREEN finite constructor-class pass / YELLOW external uniqueness · Category: Structural Anchors · Book: QTT Main Book v10.01, Koide/access pp. 1037-1045 and 1094-1103; electron micro-rail pp. 1192-1198; scorecard pp. 126-128. · Concept DOI: 10.5281/zenodo.20698191 · Comparator: NIST/CODATA charged-lepton mass-energy equivalents for e/mu and PDG tau corridor; charged-lepton family-rank concept DOI 10.5281/zenodo.20698191.
Access, covariance, or normalization pending
Observatory rowAccess-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.
Standard-language read: In mainstream terms, this card compares a frozen QTT target for Sigma, Xi, Omega, 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.
Open 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.
Status: green-candidate access windows · Category: Observed Pulls · Book: QTT Main Book v10.01, pp. 1094-1103 and scorecard pp. 133-144. · Comparator: PDG/CODATA baryon and mass-energy corridors.
Access, covariance, or normalization pending
Observatory rowHydrogen 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.
Standard-language read: 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.
Open 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.
Status: access-clock audit · Category: No-Retune and Internal Audits · Book: QTT Main Book v10.01, pp. 1102-1103 and scorecard p. 144. · Comparator: Hydrogen 21 cm and muonium HFS spectroscopy comparators.
Access, covariance, or normalization pending
Observatory rowHiggs/Fermi Scalar-Lock Readouts
The Higgs/Fermi card separates the scalar-lock readout from the yellow quartic Higgs prediction.
Standard-language read: 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.
Open 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.
Status: green-alpha readout · Category: Observed Pulls · Book: QTT Main Book v10.01, pp. 971-981, p. 1056, and scorecard p. 128. · Comparator: PDG/electroweak Higgs and Fermi constant comparators.
Access, covariance, or normalization pending
Observatory rowA6 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 Phi_3(U)=(1/3)Re_J Tr(U), forcing K_betaZ^QTT(U)=exp[(beta_Z/3)Re_J Tr(U)].
Standard-language read: 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.
Open 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.
Status: A6 half-share theorem / static-source audit · Category: Observed Pulls · Book: 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. · Concept DOI: 10.5281/zenodo.20744161 · Comparator: A6 Hadamard Center-Sheet Half-Share Theorem published 2026-06-18; static-source lattice/string-tension comparator family as cited in the paper.
Access, covariance, or normalization pending
Observatory rowQCD Sheet-Scale Downstream Prediction Packet
Once the A6 v4.0 compact-color kernel plus beta_Z/Haar-root chain locks sqrt(sigma_3), 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.
Standard-language read: In mainstream terms, this is a preregistered QTT target for Source-to-pole vector rows, muon-HVP centroid-compressed source weights, rho->pi pi 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: locked QCD sheet-scale prediction packet · Category: Predictions and CLEAR Tests · Book: 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. · Concept DOI: 10.5281/zenodo.20744161 · Comparator: Future source-access-pole maps, HVP row cards, rho-width convention rows, chiral-scale audits, and pure-gauge glueball reruns.
Access, covariance, or normalization pending
Observatory rowBoundary 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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: cross-sector boundary grammar · Category: Predictions and CLEAR Tests · Book: 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. · Concept DOI: 10.5281/zenodo.20744161 · Comparator: Future sector papers and derivation audits.
Access, covariance, or normalization pending
Observatory rowBorn Rule and No Higher-Order Interference
This row is a theorem-plus-standard-empirical-anchor rather than a fresh QTT sigma number.
Standard-language read: In mainstream terms, this card compares a frozen QTT target for Standard Born-rule tests and absence of confirmed higher-order interference. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Open sensitivity: Structural row: no sigma or theory error bar is assigned until a numerical comparator and covariance packet are declared.
Status: conditional theorem · Category: Structural Anchors · Book: QTT Main Book v10.01, compact ledger p. 1250. · Comparator: Standard Born-rule and higher-order-interference experimental literature; no single pull assigned.
Access, covariance, or normalization pending
Observatory rowNewton 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.
Standard-language read: 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.
Open 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.
Status: six-face green audit / ruler guardrail · Category: Structural Anchors · Book: Newton/G concept DOI 10.5281/zenodo.20057430; QTT Main Book v10.01 compact G/endurance ledger anchors. · Concept DOI: 10.5281/zenodo.20057430 · Comparator: CODATA G branch with non-gravitational weak-scale anchor G_F and photon-edge alpha_QTT; independent non-G micro-ruler still pending.
Access, covariance, or normalization pending
Observatory rowAccess-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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: CLEAR protocol · Category: Predictions and CLEAR Tests · Book: QTT Main Book v10.01, pp. 181, 189, 531, 1250; index notes pp. 868 and 1135. · Concept DOI: 10.5281/zenodo.20114403 · Comparator: Future timing-tomography comparator.
Access, covariance, or normalization pending
Observatory rowHVP Prospective Blind-Run Lock Packet
The prospective HVP row remains a preregistration firewall downstream of the current source-access reference framework: the lock and digests are green, but central values and experiment covariance files remain yellow by design.
Standard-language read: In mainstream terms, this is a preregistered QTT target for Withheld or future HVP row cards opened after the rule, digest, and covariance schema are frozen.. It should not be read as an observed hit until the named external data class exists and the row-card comparator is opened.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: green lock, yellow central values · Category: Predictions and CLEAR Tests · Book: QTT Main Book v10.01, pp. 584-620 and p. 1257; HVP source-access concept DOI 10.5281/zenodo.20732034. · Comparator: Future unblinded HVP row-card comparator; current source-access framework concept DOI family 10.5281/zenodo.20732034.
Access, covariance, or normalization pending
Observatory rowPhoton-Edge Noise/Heat/Cross-Power Stress Test
This is a same-device negative-control test for the photon edge and thermal-access scale.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: CLEAR protocol · Category: Predictions and CLEAR Tests · Book: QTT Main Book v10.01, pp. 114-117 and pp. 7123-7125; index note p. 1132. · Concept DOI: 10.5281/zenodo.20121952 · Comparator: Future same-device noise/heat/cross-power comparator.
Access, covariance, or normalization pending
Observatory rowhhhh Quartic Higgs Self-Coupling
The quartic Higgs row is a clean yellow prediction, not a green observation.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: waiting for observation · Category: Predictions and CLEAR Tests · Book: QTT Main Book v10.01, pp. 991-994; index notes pp. 1062 and 1125. · Comparator: Future precision triple/quartic Higgs collider comparator.
Access, covariance, or normalization pending
Observatory rowLaboratory Antimatter Null-Access
The antimatter row is a present-day null-access prediction downstream of the matter-asymmetry theorem.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: waiting for observation · Category: Predictions and CLEAR Tests · Book: QTT Main Book v10.01, pp. 507 and index notes pp. 861, 1126. · Comparator: BASE/ALPHA-era tests compatible; decisive intrinsic comparator future-facing.
Access, covariance, or normalization pending
Observatory rowPMNS 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.
Standard-language read: 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.
Open sensitivity: The first-order source enumeration is closed; atmospheric-octant likelihood, CP-profile, Majorana/access rows, and full experiment covariance remain yellow.
Status: GREEN finite enumeration / source angles / solar bridge / CKM micro-provenance / CP; YELLOW octant and CP-profile gates · Category: Predictions and CLEAR Tests · Book: PMNS source-access concept DOI 10.5281/zenodo.20735493; QTT Main Book v10.01 pp. 158-162, 1113-1114, 1134-1138. · Concept DOI: 10.5281/zenodo.20735493 · Comparator: 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.
Access, covariance, or normalization pending
Observatory rowKerr 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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: pending material execution · Category: Predictions and CLEAR Tests · Book: DOI record live 2026-06-05; book-page integration pending after v10.01. · Concept DOI: 10.5281/zenodo.20539673 · Comparator: Future material Kerr-ratio audit.
Access, covariance, or normalization pending
Observatory rowColor-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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: source theorem, pending external stress · Category: Predictions and CLEAR Tests · Book: DOI record live 2026-06-06; book-page integration pending after v10.01. · Concept DOI: 10.5281/zenodo.20568652 · Comparator: Future declared lattice/hadron stress class.
Open ledger section
Structural / no-sigma anchors
Useful source or ontology records that do not yet carry a standalone numerical pull. 20 rows.
Structural / no-sigma anchors
Observatory rowPassive-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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: locked counter-prediction · Category: Predictions and CLEAR Tests · Book: Creation Ledger concept DOI 10.5281/zenodo.20633582; QTT Main Book v10.01, pp. 711-715. · Concept DOI: 10.5281/zenodo.20633582 · Comparator: Future or reprocessed distance-ladder host-environment split.
Structural / no-sigma anchors
Observatory rowArtian's Time Framework
Version 5.1 upgrades the Arrow/Now theorem into a full Artian time framework: A1 orders events and A7 persists completed records; A3 creates source volume, Time Tilt and Creation Drift map the ABC source clock into lab age, A2 spends local time-capacity, and laboratory clocks read the result through positive clock/access factors.
Standard-language read: 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, baryonic orientation, 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.
Open sensitivity: Structural row: no sigma or theory error bar is assigned until a numerical comparator and covariance packet are declared.
Status: source theorem / time-tilt bridge closed / high-regime twin test pending · Category: Structural Anchors · Book: Arrow-of-time concept DOI 10.5281/zenodo.20761499; QTT Main Book v10.01 A2/A3, entropy, Creation Ledger, and measurement-record anchors. · Concept DOI: 10.5281/zenodo.20761499 · Comparator: No external comparator date; this row is an internal consistency and future-operator-kernel audit gate.
Structural / no-sigma anchors
Observatory 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.
Standard-language read: 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.
Open sensitivity: Structural row: no sigma or theory error bar is assigned until a numerical comparator and covariance packet are declared.
Status: GREEN source-to-IR field theorem / finite-address correction map closed · Category: Structural Anchors · Book: 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. · Concept DOI: 10.5281/zenodo.20763263 · Comparator: Standard GR weak-field and radiative tests are inherited as IR-shadow checks; finite-address correction measurements remain future/source-access declared.
Structural / no-sigma anchors
Observatory 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.
Standard-language read: 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.
Open sensitivity: No direct Page-curve sigma is claimed. Sensitivity is source/access separation: thermal exterior-looking flux can be a readout without becoming a Hawking source postulate.
Status: GREEN Bekenstein-without-Hawking theorem / source-unitarity closed / thermal access flux optional · Category: Structural Anchors · Book: 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. · Concept DOI: 10.5281/zenodo.20346916 · Comparator: 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.
Structural / no-sigma anchors
Observatory rowArtian 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.
Standard-language read: 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.
Open 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.
Status: source holonomy closed / high-load numerical population pending · Category: Structural Anchors · Book: AB holonomy concept DOI 10.5281/zenodo.20772090; A2 field concept DOI 10.5281/zenodo.20763263; Hamiltonian concept DOI 10.5281/zenodo.20484906. · Concept DOI: 10.5281/zenodo.20772090 · Comparator: Textbook electromagnetic AB and gravitational/proper-time AB experiments are consistency checks; a source-clean high-load AB apparatus remains future.
Structural / no-sigma anchors
Observatory rowA2 Blind Tabletop Gravity Tests
The blind-test deposit is a proposal-level Observatory row: theory gates and protocols are printed, but apparatus-specific sensitivity and actual laboratory execution remain pending.
Standard-language read: In mainstream terms, this is a preregistered QTT target for Atom-interferometry/source-mass protocols with blind modulation, phase echoes, covariance analysis, 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: blind protocol printed / numerical sensitivity and lab execution pending · Category: Predictions and CLEAR Tests · Book: Blind tabletop concept DOI 10.5281/zenodo.20772326; related AB holonomy concept DOI 10.5281/zenodo.20772090; A2 field concept DOI 10.5281/zenodo.20763263. · Concept DOI: 10.5281/zenodo.20772326 · Comparator: Future blinded atom-interferometry/source-mass or mesoscopic-source execution; current comparator state is pending.
Structural / no-sigma anchors
Observatory rowSource-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_infty, electron mass, electroweak rows, or CODATA comparators as hidden constructors.
Standard-language read: 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.
Open 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.
Status: GREEN source bridge / AMBER numerical certificate · Category: No-Retune and Internal Audits · Book: 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. · Concept DOI: 10.5281/zenodo.20936013 · Comparator: Comparator/source date not yet machine-pinned in the site ledger.
Structural / no-sigma anchors
Observatory rowToponium 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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: locked scaling prediction / external comparator pending · Category: Predictions and CLEAR Tests · Book: QTT Main Book v10.01, pp. 1071-1072; v4.0 locked-prediction JSON inside the toponium release package. · Concept DOI: 10.5281/zenodo.20123498 · Comparator: Future 13.6/14 TeV threshold comparator not released yet.
Structural / no-sigma anchors
Observatory rowRenewal 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.
Standard-language read: 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.
Open 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.
Status: sector consolidation / falsifier ledger · Category: Structural Anchors · Book: Renewal Ledger concept DOI 10.5281/zenodo.20643892; QTT Main Book v10.01, pp. 209-212, 535, 1209-1211, and 1253-1255. · Comparator: 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.
Structural / no-sigma anchors
Observatory rowRedshift 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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: cosmology prediction · Category: Predictions and CLEAR Tests · Book: Renewal Ledger concept DOI 10.5281/zenodo.20643892; QTT Main Book v10.01, pp. 535-538 and pp. 1210-1211. · Comparator: Future homogeneous high-z RAR/BTFR comparator; current citable branch is the Renewal Ledger concept DOI 10.5281/zenodo.20643892.
Structural / no-sigma anchors
Observatory rowCharged-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 (N_e,N_mu,N_tau)=(1,888,026,624,17,526,2,347). The resulting charged-lepton mass audit has max pull about 0.188 sigma.
Standard-language read: Within the declared Artian/MARIAM charged-lepton constructor class, one survivor gives e, mu, and tau corridors. The card does not claim every possible external constructor has been enumerated.
Open sensitivity: Strong inside the declared constructor class; the honest sensitivity is external uniqueness of the class and tau corridor convention.
Status: GREEN finite constructor-class pass / YELLOW external uniqueness · Category: Structural Anchors · Book: QTT Main Book v10.01, Koide/access pp. 1037-1045 and 1094-1103; electron micro-rail pp. 1192-1198; scorecard pp. 126-128. · Concept DOI: 10.5281/zenodo.20698191 · Comparator: NIST/CODATA charged-lepton mass-energy equivalents for e/mu and PDG tau corridor; charged-lepton family-rank concept DOI 10.5281/zenodo.20698191.
Structural / no-sigma anchors
Observatory rowBoundary 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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: cross-sector boundary grammar · Category: Predictions and CLEAR Tests · Book: 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. · Concept DOI: 10.5281/zenodo.20744161 · Comparator: Future sector papers and derivation audits.
Structural / no-sigma anchors
Observatory rowBorn Rule and No Higher-Order Interference
This row is a theorem-plus-standard-empirical-anchor rather than a fresh QTT sigma number.
Standard-language read: In mainstream terms, this card compares a frozen QTT target for Standard Born-rule tests and absence of confirmed higher-order interference. against the named comparator, while keeping the source equation, access convention, and laboratory readout in separate columns.
Open sensitivity: Structural row: no sigma or theory error bar is assigned until a numerical comparator and covariance packet are declared.
Status: conditional theorem · Category: Structural Anchors · Book: QTT Main Book v10.01, compact ledger p. 1250. · Comparator: Standard Born-rule and higher-order-interference experimental literature; no single pull assigned.
Structural / no-sigma anchors
Observatory rowNewton 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.
Standard-language read: 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.
Open 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.
Status: six-face green audit / ruler guardrail · Category: Structural Anchors · Book: Newton/G concept DOI 10.5281/zenodo.20057430; QTT Main Book v10.01 compact G/endurance ledger anchors. · Concept DOI: 10.5281/zenodo.20057430 · Comparator: CODATA G branch with non-gravitational weak-scale anchor G_F and photon-edge alpha_QTT; independent non-G micro-ruler still pending.
Structural / no-sigma anchors
Observatory rowAccess-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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: CLEAR protocol · Category: Predictions and CLEAR Tests · Book: QTT Main Book v10.01, pp. 181, 189, 531, 1250; index notes pp. 868 and 1135. · Concept DOI: 10.5281/zenodo.20114403 · Comparator: Future timing-tomography comparator.
Structural / no-sigma anchors
Observatory rowPhoton-Edge Noise/Heat/Cross-Power Stress Test
This is a same-device negative-control test for the photon edge and thermal-access scale.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: CLEAR protocol · Category: Predictions and CLEAR Tests · Book: QTT Main Book v10.01, pp. 114-117 and pp. 7123-7125; index note p. 1132. · Concept DOI: 10.5281/zenodo.20121952 · Comparator: Future same-device noise/heat/cross-power comparator.
Structural / no-sigma anchors
Observatory rowhhhh Quartic Higgs Self-Coupling
The quartic Higgs row is a clean yellow prediction, not a green observation.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: waiting for observation · Category: Predictions and CLEAR Tests · Book: QTT Main Book v10.01, pp. 991-994; index notes pp. 1062 and 1125. · Comparator: Future precision triple/quartic Higgs collider comparator.
Structural / no-sigma anchors
Observatory rowLaboratory Antimatter Null-Access
The antimatter row is a present-day null-access prediction downstream of the matter-asymmetry theorem.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: waiting for observation · Category: Predictions and CLEAR Tests · Book: QTT Main Book v10.01, pp. 507 and index notes pp. 861, 1126. · Comparator: BASE/ALPHA-era tests compatible; decisive intrinsic comparator future-facing.
Structural / no-sigma anchors
Observatory rowKerr 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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: pending material execution · Category: Predictions and CLEAR Tests · Book: DOI record live 2026-06-05; book-page integration pending after v10.01. · Concept DOI: 10.5281/zenodo.20539673 · Comparator: Future material Kerr-ratio audit.
Structural / no-sigma anchors
Observatory rowColor-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.
Standard-language read: 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.
Open sensitivity: Theory-side sensitivity is a future row-card requirement: source expression, access/readout convention, covariance, and negative controls must be frozen before comparison.
Status: source theorem, pending external stress · Category: Predictions and CLEAR Tests · Book: DOI record live 2026-06-06; book-page integration pending after v10.01. · Concept DOI: 10.5281/zenodo.20568652 · Comparator: Future declared lattice/hadron stress class.
Open ledger section
Errors and failed routes
Negative audit records kept public as part of the scientific ledger. 2 rows.
Errors and failed routes
Observatory rowH1 Out-of-Sample Lensing Failure
The H1 record is kept visible because a serious observation map must show failed tests as first-class records.
Standard-language read: This is a preserved failed out-of-sample lensing route. Its job is provenance and falsifiability, not rescue.
Open sensitivity: Sensitivity is historical: the record documents what failed or was corrected, not a live fitted rescue.
Status: negative audit · Category: Falsification and Errata · Book: QTT Main Book v10.01, compact ledger p. 1253; public H1 DOI record carries the failure audit. · Concept DOI: 10.5281/zenodo.20095338 · Comparator: Failure record published 2026-05-09.
Errors and failed routes
Observatory rowEquation 601 Failed-Route Audit
Equation 601 remains on the Observatory so the corpus does not hide its discarded paths.
Standard-language read: This is a failed equation route kept in the public ledger. It should be cited as an erratum/audit object only.
Open sensitivity: Sensitivity is historical: the record documents what failed or was corrected, not a live fitted rescue.
Status: erratum / failed route · Category: Falsification and Errata · Book: QTT Main Book v10.01, compact ledger p. 1253. · Concept DOI: 10.5281/zenodo.19982606 · Comparator: Failed-route report published 2026-05-02.