-
Notifications
You must be signed in to change notification settings - Fork 0
Open questions
Jusang Lee edited this page Jun 5, 2026
·
19 revisions
Auto-synced 2026-06-05 UTC. 145 active, 3 archived. Newest first.
Source: Docs/status/OPEN-QUESTIONS.md (raw). Each active item also exists as an open GitHub Issue with prefix [Q-...]. Archived items have their issues closed.
| ID | Pillar | Tier | Summary |
|---|---|---|---|
| Q-2026-06-04-Versioning-Generator-Awareness | — | — | generate_website.py version grouping + verify check for superseded-version citations |
| Q-2026-06-04-Math424-AddA-PathA-Residual-Gates | P4 | T5 | Path A residual closure gates: H4 exhaustiveness + G1 anisotropic-Bragg Hartree + G2 phase/amplitude-pattern scan + G3 full-PDE ensemble comparison |
| Q-2026-05-27-Infra-IntegrityAudit-Truncation | — | — |
Codes/scripts/integrity_audit.py pre-existing truncation (no __main__ block; silently exits 0 with no output) — OPENED 2026-05-27 (Math420 cascade verification side-finding) — MEDIUM priority (infrastructure)
|
| Q-2026-05-27-Math420-AddE-Pillar8-T7-Recursive-Closure | P8 | T6 | Pillar 8 T7 unconditional promotion path: recursive closure of CP-pair + Casimir + PV + Brazovskii methodologies to terminal textbook axioms — OPENED 2026-05-27 (Math420-AddC + AddD §7 follow-up) — **MEDIUM priority (paper-grade closure |
| Q-2026-05-27-Math420-AddD-AddA-Pillar8-Sector4-Q5-Numerical | — | — | Q5 numerical refinement for paper-grade precision (Sector 4 dynamical-background correction coefficient) — OPENED 2026-05-27 (Math420-AddD §4 contingent follow-up) — LOW priority (paper-grade refinement) |
| Q-2026-05-27-Math420-AddC-Pillar8-Sector3-RH-Reformulation | — | — | Sector 3 BCC Casimir: Reading-H-native reformulation — OPENED 2026-05-27 (Math420-AddB §7 follow-up) — RESOLVED 2026-05-27 (Math420-AddC same-day parallel dispatch) |
| Q-2026-05-27-Math420-AddD-Pillar8-Sector4-RH-IR-Verification | — | — | Sector 4 Dirac PV: Reading-H Dirac operator IR bound-state verification — OPENED 2026-05-27 (Math420-AddB §7 follow-up) — RESOLVED 2026-05-27 (Math420-AddD same-day parallel dispatch) |
| Q-2026-05-27-Math420-AddB-Pillar8-ReadingH-Compat | P8 | T6 | Reading H compatibility verification for 4-sector |
| Q-2026-05-27-Math420-AddB-Pillar8-ReadingH-Compat-SUPERSEDED | P8 | T3 | Reading H compatibility verification (HIGH priority queue entry, superseded by RESOLVED entry above) — superseded marker |
| Q-2026-05-27-Math420-AddA-Pillar8-Attribution-Cleanup | P8 | T6 | Pillar 8 bookkeeping cleanup: Math58-cascade content audit + reattribution + Math147 dual-attribution resolution — OPENED 2026-05-27 (Math420 §6 HIGH-priority follow-up) — RESOLVED 2026-05-27 (Math420-AddA same-day closure) |
| Q-2026-05-27-Math420-AddA-Pillar8-Attribution-Cleanup-SUPERSEDED | P8 | T7 | Pillar 8 bookkeeping cleanup: Math58-cascade content audit + reattribution + Math147 dual-attribution resolution — SUPERSEDED 2026-05-27 by Math420-AddA closure (see above) — superseded entry marker; see resolution above |
| Q-2026-05-26-Math409-AddH-AddA-AddA-AddA-Exact-RG-Definitive | P11 | T1 | Exact-RG Wetterich definitive test of TECT-Brazovskii running-G (B2 closure / refutation) — OPENED 2026-05-26 (Math409-AddH-AddA-AddA §8 INTERIM NEGATIVE follow-up) |
| Q-2026-05-26-Math409-AddH-AddA-AddA-TECT-RunningG-Calculation | P11 | T2 | Does TECT-Brazovskii natively support asymptotic-safe Newton constant with |
| Q-2026-05-26-Math409-AddH-AddA-AddA-TECT-RunningG-Calculation | P11 | T2 | Does TECT-Brazovskii natively support asymptotic-safe Newton constant with |
| Q-2026-05-26-Math409-AddH-AddA-AddB-Wheeler-Geon-Brazovskii | — | — | Hopf-class Wheeler geon configuration in Brazovskii medium (secondary rescue) — OPENED 2026-05-26 (Math409-AddH-AddA §5 Path B1 marker) |
| Q-2026-05-26-Math409-AddH-AddA-Compactness-Corrected-Stability | P11 | T2 | Compactness-corrected stability theorem for super-Planck topological textures in TECT-Brazovskii regime — PARTIAL CLOSE 2026-05-26 by Math409-AddH-AddA: 5-sub-path investigation; A1/A2/A3 FAIL, B1 stalled, B2 IDENTIFIED |
| Q-2026-05-26-Math409-AddH-AddA-Compactness-Corrected-Stability | P11 | T3 | Compactness-corrected stability theorem for super-Planck topological textures in TECT-Brazovskii regime — OPENED 2026-05-26 [SCOPE-REVISED 2026-05-26 post-audit-rollback] |
| Q-2026-05-26-Math409-AddH-AddA-QG-Framework | P11 | T2 | Wheeler-DeWitt-class rigorous quantum-gravity stability theorem for super-Planck topological solitons in the Brazovskii regime? — **OPENED 2026-05-26 (Math409-AddH §3 OPEN GAP α) — [SUPERSEDED by Q-...-Compactness-Corrected-Stability above |
| Q-2026-05-26-Math409-AddH-AddB-Texture-CMB | P11 | T3 | Hopf-instanton CMB temperature anisotropy spectrum vs Planck 2018 constraints? — OPENED 2026-05-26 (Math409-AddH §6 self-meta-objection 3) |
| Q-2026-05-26-Math409-AddH-Hawking-Stability | P11 | T3 | Are TECT M_tex ~ M_Pl primordial textures stable against Hawking-class evaporation in the Brazovskii regime? — CLOSED 2026-05-26 by Math409-AddH: PASS at T3 PROOF SKETCH level |
| Q-2026-05-26-Math409-AddH-Hawking-Stability | P11 | T2 | Are TECT M_tex ~ M_Pl primordial textures stable against Hawking-class evaporation in the Brazovskii regime? — OPENED 2026-05-26 (Math409-AddD-AddD §6 critical dependency) |
| Q-2026-05-15-Texture-DM-Alternative | P11 | T1 | Are within-bubble textures (from |
| Q-2026-05-15-Texture-DM-Alternative | P11 | T2 | Are within-bubble textures (from |
| Q-2026-05-15-Wall-DM-Bias-Mechanism | P11 | T3 | Can a TECT-natural bias mechanism allow walls to escape the wall-DM CMB constraint while saturating |
| Q-2026-05-15-Wall-DM-Bias-Mechanism | P11 | T3 | Can a TECT-natural bias mechanism allow walls to escape the wall-DM CMB constraint while saturating |
| Q-2026-05-15-KZ-Applicability-Under-Reading-H | — | — | Does the BCC order-disorder transition admit a non-equilibrium quench, or is Reading H reached adiabatically? — CLOSED 2026-05-15 by Math409-AddD: Brazovskii weak first-order; KZ applies in bubble-nucleation form |
| Q-2026-05-15-KZ-Applicability-Under-Reading-H | P11 | — | Does the BCC order-disorder transition admit a non-equilibrium quench, or is Reading H reached adiabatically? — OPENED 2026-05-15 (Math407-AddA binding decision 2; HIGHEST PRIORITY for Pillar 11) |
| Q-2026-05-15-Pillar-11-Hawking-Stability | P11 | T6 | What is the stable mass scale that admits both KZ-mechanism formation AND $\sim$Hubble-time stability? — OPENED 2026-05-15 (Math407-AddA binding decision 3) |
| Q-2026-05-14-Task156-Falsification-Gate-Fire | P4 | T4 | Execute F-GAP4-DEFECT-MASS numerical test (Pillar 4 sub-task 2 closure gate) — OPENED 2026-05-01 TURN 59 (Math288 §5 critical-path dependencies) |
| Q-2026-05-11-Math400-AddE-AddA-Two-Loop-CrossCheck | P4 | T6 | Two-loop Brazovskii self-consistency at TECT canonical params for Reading H fortification — OPENED 2026-05-11 (Math400-AddE Path α confirmation) |
| Q-2026-05-11-Math402-Kibble-Zurek-Dilution | P11 | T2 | Pillar 11 DM density excess from Kibble-Zurek frozen defects of Brazovskii fluctuation regime requires dilution mechanism — OPENED 2026-05-11 (Math400-AddC §6 Kibble-Zurek estimate) |
| Q-2026-05-09-Supplementary-Hamiltonian-Audit | — | — | Audit all Codes/supplementary/Math*.py for canonical-vs-toy Brazovskii free-energy consistency — OPENED 2026-05-09 (Math373 §6 devil's-advocate β VALID-with-mitigation) |
| Q-2026-05-02-Pillar11-Lambda-Numerical-Repair | P11 | — | Paper-11 internal numerical-vs-gate inconsistency resolution — OPENED 2026-05-02 (Math314-AddD Paper-11 [INTERNAL_INCONSISTENCY_REPAIRED] flag) |
| Q-2026-05-02-Paper16-PTA-Band-Repair | — | — | Paper-16 Ω_GW peak frequency re-derivation from first principles — OPENED 2026-05-02 (Math314-AddD Paper-16 [EXTERNAL_USE_FORBIDDEN] flag) |
| Q-2026-05-02-Paper12-Stage2-Successor-Draft | P6 | T3 | Paper-12 successor draft using current canonical GAP-1/2/3/4 + verdict-shell bookkeeping — OPENED 2026-05-02 (Math314-AddD Paper-12 [EXTERNAL_USE_FORBIDDEN] flag) |
| Q-2026-05-02-Pillar5-Mechanism-Rewrite | P5 | — | Paper-05 (Pillar 5 chirality) full theorem-level rewrite within Callias / domain-wall framework — OPENED 2026-05-02 (Math314-AddC Paper-05 [REWRITE_REQUIRED] flag) |
| Q-2026-05-02-Pillar7-Three-Generation-Rewrite | P7 | T7 | Paper-07 (Pillar 7 quantum) full theorem-level rewrite (or honest demotion to mechanism note) — OPENED 2026-05-02 (Math314-AddC Paper-07 [EXTERNAL_USE_FORBIDDEN][REWRITE_REQUIRED] flag) |
| Q-2026-05-02-Math171-AddA-Rank-Dependence | — | — | Retroactive patch of Math171-AddA HRR-formula note to record rank-dependent form — OPENED 2026-05-02 (Math314-AddB Objection α VALID-with-mitigation follow-up) |
| Q-2026-05-02-Math195-TDGL-Reversibility-Patch | — | — | Retroactive patch of Math195 to remove time-reversibility invocation — OPENED 2026-05-02 (Math314-AddB Objection β UPHELD follow-up) |
| Q-2026-05-02-Wave7-Independent-Audit | P6 | — | Independent external peer review of all 14 Wave-6/7 paper drafts before next public snapshot — OPENED 2026-05-02 (Math314-AddA Objection γ UPHELD follow-up) |
| Q-2026-05-01-Math288-Proposition-4-3-1-Rigorous-Proof | — | T0 | Rigorous Hodge-theoretic derivation of Proposition 4.3.1 (Bogomolov-type eigenvalue bound for bundle Laplacian) — OPENED 2026-05-01 TURN 59 (Math288 §7 objection α mitigation) |
| Q-2026-05-01-Math270-Sigma0-Moduli-Closure | P4 | T6 | Secondary audit of simultaneous moduli closure on |
| Q-2026-04-30-Math260-Route-A-H6-Tier-Qualification | P4 | T4 | Verify H6 (ℏ matching functional) tier qualification for Route A composite T6 claim (Tasks #156a.3b, #147/#148 RGE closure) — PARTIALLY DISCHARGED 2026-04-30 TURN 31 (Math260 H5 closure), H6 deferred 2026-05-14 |
| Q-2026-04-30-Math259-Next10TurnProgramme | P4 | T4 | 10-turn programme (Turns 31–40) parallel research execution (Pillar 4 Route A critical path + Pillar 6 EW-bridge numerical) — OPENED 2026-04-30 TURN 30 (Math259 dispatch recommendation) |
| Q-2026-04-30-Math249-20Turn-Programme-Consolidation | P6 | T4 | 20-turn autonomous research synthesis (Turns 5–20) — COMPLETED 2026-04-30 TURN 20 |
| Q-2026-04-30-Math237-Cross-turn-audit-closure | P6 | T6 | Cross-turn second-order audit of Math234/235/236 (Turn 8, CLAUDE.md §6.3.2 binding) — COMPLETED 2026-04-30 TURN 8 |
| Q-2026-04-30-Math238-Monopole-Density-Formula | P4 | T3 | Explicit formula for monopole-like density |
| Q-2026-04-30-Math238-Berry-Phase-Degeneracy | — | — | Verify Berry-phase degeneracy |
| Q-2026-04-30-Math238-Cubic-Sublattice-Energy | P4 | — |
|
| Q-2026-04-30-Math257-Continuum-Limit-Dependency | P6 | T6 | Verify continuum limit validity (Math250 product structure) for Route A H7 hypothesis (Task #156a.3a, #156a.3b numerical verification) — OPENED 2026-04-30 TURN 28 (Math257), due 2026-05-14 |
| Q-2026-04-30-Math250-Route-A-H-Gaps | P4 | T3 | Verification of three hypothesis-set items for Route A T6 closure (Tasks #156a.2–#156a.4, Turn 23 target) — UPDATED 2026-04-30 TURN 24 (H-GAP-1.a CLOSED) |
| Q-2026-04-30-Math246-Pillar4-Recovery-Routes-A-D | P4 | T4 | Recovery of Pillar 4 sub-task 2 via alternative 4D Kähler bases and flat U(1)$_\chi$ structures (Task #156, Turn 17 discharge) — OPENED 2026-04-30 TURN 17 (Math246) |
| Q-2026-04-30-Pillar4-Alternative-Realisations | P4 | — | Task #156: Alternative geometric realisations for Pillar 4 sub-task 2 (16 chiral zero modes) — OPENED 2026-04-30 TURN 16 (Math245 audit-rollback) |
| Q-2026-04-29-Math229-Higgs-mechanism-closure | P6 | T4 | Derive Higgs scalar potential from TECT + compute electroweak-breaking scale (Task #170, Pillar 6 completion) — REOPENED PARTIAL 2026-04-29 Turn 4 (canonical) |
| Q-2026-04-29-Math231-EW-scale-bridge | — | T2 | Math231 salvage: derive Z_H from first principles + close v_EW and m_H to SM values (Task #172, NEW — highest priority) |
| Q-2026-04-29-IndependentReviewer-Pass | — | T6 | Independent-reviewer pass on Math230 + Math231 + Math232 audit chain (Task #171) — CLOSED 2026-04-29 Turn 4 |
| Q-2026-04-29-Math234-OPEN-GAP | P8 | — | α — Compute wave-function renormalization |
| Q-2026-04-29-Math234-OPEN-GAP | P6 | T2 | β — Extract physical wave-function amplitude |
| Q-2026-04-29-Math234-OPEN-GAP | P8 | T6 | γ — Incorporate fermion-bilinear mixing and composite-Higgs resummation (Task #127) — OPEN (MEDIUM PRIORITY, post-Pillar-8), gates full SM Higgs identification |
| Q-2026-04-29-Math221-AddC-Lemma-A-explicit-nontriviality | P4 | — | Prove explicit U(1)_χ × SU(5) nontrivial action on BCC shell modes for Lemma A (Task #168) |
| Q-2026-04-27-Math181-Rigorous-C1-Computation | P4 | — | Compute c_1(U(1)_χ) on Math162 CP² base by direct curvature integration |
| Q-2026-04-27-Math162-SU5-Instanton-Status | P4 | — | Establish c_2(E_SU(5)) on Math162 bundle |
| Q-2026-04-27-Pillar4-U1chi-topology | P4 | — | Determine whether the BCC condensate's emergent U(1)_χ holonomy is flat (Scenario B, ind=16 RESCUED) or non-trivial (Scenario A, ind=56 FALSIFIED) |
| Q-2026-04-27-Math176-tangent-bundle-sanity | — | — | Verify Math176 BWB sanity-check value χ(T CP²)=8 against textbook χ(T CP^n)=n+1=3 |
| Q-2026-04-27-Math181-Rigorous-C1-Computation | P4 | — | Compute the first Chern class |
| Q-2026-04-27-Math162-SU5-Instanton-Status | P4 | — | Determine whether the SU(5) part of the Math162 bundle carries zero instanton number or non-zero |
| Q-2026-04-27-Alternative-Scenario-B-Proof | P4 | — | If explicit c₁ computation on Math162 yields non-trivial U(1)_χ holonomy, explore alternative base manifolds (K3, Hirzebruch, del Pezzo) for Scenario B rescue |
| Q-2026-04-27-Math172-defect-mass-evolution | P4 | — | Compute defect-mass evolution from GUT to BBN scales using SO(10) coupling constants |
| Q-2026-04-27-Math172-BCC-defect-topology | P4 | — | Classify BCC defect topology (disclinations vs. dislocations) and compute network GW spectrum for each topological class |
| Q-2026-04-26-Math160-Berry-phase-non-triviality | P4 | — | Establish that the BRST Faddeev–Popov Berry-phase prefactor is non-trivial on physically relevant TECT configurations |
| Q-2026-04-26-GAP4-Kibble-Zurek-defect-spectrum | — | — | Quantitative defect-density and post-condensation matter-power spectrum predictions on the rescoped Kibble–Zurek branch |
| Q-2026-04-26-Math166-rigorous-AS-index | P4 | — | Re-derive the twisted-Dirac Atiyah-Singer index on the Math162 BCC defect bundle from first principles |
| Q-2026-04-26-Math162-3-patch-cover | P4 | — | Extend the BCC fibre-bundle construction to a three-patch cover with full Čech-cocycle verification |
| Q-2026-04-26-Math163-scale-clarification | P10 | — | Clarify the energy scale of the GAP-1 boson-loop ratio R_boson/fermion ≈ 0.12 |
| Q-2026-04-26-Math164-Higher-form-Berry-topology | P4 | — | Identify a genuine TECT-specific topological signature on the BRST FP determinant beyond the trivial Berry phase |
| Q-2026-04-26-Pillar4-SO10-emergence | P4 | — | Establish SO(10) (or equivalent anomaly-free unifying group) emergence from BCC condensate with chiral fermions in |
| Q-2026-04-26-GAP1-third-route | P10 | — | Independent matter-side derivation of |
| Q-2026-04-26-GAP4-ns-failure | — | — | Resolve the |
| Q-2026-04-26-GAP2-BRST-TECT-specific | P4 | — | TECT-specific Faddeev–Popov determinant for BCC-emergent gauge orbits |
| Q-2026-04-25-Math98-AddA-cosmology-coupling | P10 | — | Derive quench rate from early-universe Friedmann equations |
| Q-2026-04-25-Math98-AddB-BdG-verification | P10 | — | Rigorous Bogoliubov–de Gennes analysis of BCC shell modes |
| Q-2026-04-25-Math98-AddC-rigorous-Chern-number | P10 | — | Exact Chern-number computation on BCC Brillouin-zone shell |
| Q-2026-04-25-Math98-AddE-pre-transition-quantisation | P10 | — | Rigorous quantisation of pre-transition fluid state |
| Q-2026-04-25-Math98-AddE-precise-coefficient-C | P10 | — | Exact Onsager-Machlup coefficient C from Bogoliubov analysis |
| Q-2026-04-25-Math98-falsification-design | P10 | — | Design experimental/observational test of phase-transition origin of |
| Q-2026-04-25-S2A-full-55-pairs | — | — | Complete Stage-2-A meta-consistency via all 55 pillar pairs — [OPEN 2026-04-25, raised by Math60-Stage2-A-AddA devil's-advocate objection γ] |
| Q-2026-04-24-Solver-115-lanczos-probe | — | — | Replace 5-probe Rayleigh classifier with Lanczos mini-spectrum probe — [OPEN 2026-04-24, queued by Math82-G2 audit] |
| Q-2026-04-24-Solver-116-vacuum-floor-guard | — | — | Add vacuum-floor convergence guard to Newton trust-region — [OPEN 2026-04-24, queued by Math82-G2 audit] |
| Q-2026-04-24-P1-117-coldstart-scan | P1 | — | Math82-I cold-start scan to test Regime III branch-existence — [OPEN 2026-04-24, queued by Math82-G2 audit] |
| Q-2026-04-24-P1-12mode-bcc-ground-state | P1 | — | Full 12-mode BCC ground-state continuation curve — [OPEN 2026-04-24, queued by Math82-Addendum-G Phase Z 7-point bifurcation result] |
| Q-2026-04-24-P11-symmetry-broken-seed | P11 | — | Symmetry-broken BCC seed for Math55 deep-endpoint convergence — [OPEN 2026-04-24, paired with Math82-Addendum-D PARTIAL Phase Z verdict] |
| Q-2026-04-24-P11-sector-decomposition-verification | P11 | — | Four-sector |
| Q-2026-04-24-P6-Q6b-PS-two-step | P6 | — | Pati-Salam two-step RGE with TECT BCC-defect |
| Q-2026-04-24-P6-Q6d-metastability | P6 | — | Does the Brazovskii operating point |
| Q-2026-04-24-P6-Q6a-equivariance | P6 | — | BCC defect-bundle equivariance with the |
| Q-2026-04-24-P10-R5-residual-matching | P10 | — | Universal completion-scale extraction via residual matching between exact classical TECT and observed physics — [RESOLVED-NEGATIVE 2026-04-24, R5 first-iteration FAILS pre-registered failure criterion] |
| Q-2026-04-21-S2A | P1 | — | Math60-A meta-consistency of the 11-pillar hypothesis lists on a single background model |
| Q-2026-04-21-S2B | — | — | Math60-B parameter compression |
| Q-2026-04-21-S2C | P10 | — | Math60-C quantization closure (measure or algebraic-QFT) — [OPEN 2026-04-21] |
| Q-2026-04-21-S2D | P6 | — | Math60-D phenomenology closure / observable map |
| Q-2026-04-21-S2E | P8 | — | Math60-E falsifiability package ($ |
| Q-2026-04-21-S3 | — | — | Stage-3 phenomenological TOE qualification ledger — [OPEN 2026-04-21] |
| Q-2026-04-21-CG-ZeroT | P11 | — | Zero-temperature rigorous limit of the 3-dimensional monopole Coulomb-gas free energy |
| Q-2026-04-21-CALLIAS | P11 | — | Callias-type index for vortex/BCC pairing in the TECT condensate |
| Q-2026-04-21-YUKAWA-TECT | P5 | — | TECT-native fermion-mass mechanism in place of Yukawa-to-BCC |
| Q-2026-04-20-X5 | — | — |
|
| Q-2026-04-20-X6 | — | — | [OPEN 2026-04-20] Quantify the Phase-0 cushion |
| Q-2026-04-20-X7 | — | — | [OPEN 2026-04-20] First-principles derivation of the Class-II abort factor |
| Q-2026-04-20-Q-HESS-JUMP | P1 | — | Projected-Lanczos eigenvalue exhibits a |
| Q-2026-04-20-Q-HESS-JUMP-ORIGINAL-TEXT | P1 | — | (archival, retained for audit trail) |
| Q-2026-04-20-Q-GM-TRIPLET | — | — | Does the |
| Q-2026-04-20-XX | — | — | Yukawa mass hierarchy and flavor-diagonal lepton/quark masses |
| Q-2026-04-20-YY | — | — | Numerical verification of Lorentz-violation SME coefficients from converged BCC condensate |
| Q-2026-04-20-ZZ-A | P6 | — | Rigorous index-theoretic proof of |
| Q-2026-04-20-ZZ-B | — | — | Rigorous triangle-anomaly proof with full 15-Weyl enumeration [CLOSED 2026-04-20 → Math49b-rigorous-v2] |
| Q-2026-04-20-ZZ-C | — | — | Lemma: BCC disclination topological charge |
| Q-2026-04-20-ZZ-D | — | — | Dynamical proof that |
| Q-2026-04-20-ZZ-E | — | — | Rigorous Wilsonian RG bound for BCC cubic anisotropy with 1-loop |
| Q-2026-04-20-R1 | — | — | Schur-functor irreducible subbundle refinement of the three-generation index (Pillar 6, refinement R1) |
| Q-2026-04-20-R3 | — | — |
|
| Q-2026-04-20-R4 | — | — | Partial flag |
| Q-2026-04-20-v3-IR | P2 | — | Full Callan–Symanzik RG at Brazovskii FP with numerical BZ integrals for |
| Q-2026-04-20-YK | — | — | Three-family universality of hypercharge assignments and the Yukawa mass hierarchy |
| Q-2026-04-15-01 | — | — | Step C numerical convergence to |
| Q-2026-04-15-02 | — | — | Gate 1–4 coefficient certificate (Project IV) |
| Q-2026-04-15-03 | — | — | Flavor Gram matrix |
| Q-2026-04-15-04 | — | — | First-principles derivation of the locked triple |
| Q-2026-04-15-05 | — | — | Continuum limit of the spectral BCC Laplacian |
| Q-2026-04-15-06 | — | — | Microscopic origin of the Class-II mediator mass |
| Q-2026-04-15-06-LEGACY | — | — | Microscopic origin of the Class-II mediator mass |
| Q-2026-04-15-07 | — | — | First-principles determination of the Class-II coupling |
| Q-2026-04-15-07-LEGACY | — | — | First-principles determination of the Class-II coupling |
| Q-2026-04-15-08 | — | — | Math04 Conjecture A: fixed-size |
| Q-2026-04-15-09 | — | — | Math04 Conjecture B: Bravais first-shell optimality (non-cubic) |
| Q-2026-04-15-10 | — | — | Math06 Lorentz-emergence rigor (partial claim) |
| Q-2026-04-15-11 | — | — | Math24 |
| Q-2026-04-15-12 | — | T1 | Math26 C2 (gravity) unconditional derivation [CLOSED 2026-04-16 → Math45, pending Math46 finite audit] |
| Q-2026-04-15-12-LEGACY | — | — | Math26 C2 unconditional derivation [PARTIAL 2026-04-15 → Math41, OPEN — superseded by Math45] |
| Q-2026-04-15-13 | — | — | Math26 C3 (gauge) unconditional derivation [CLOSED 2026-04-16 → Math44, pending Math46 extractor audit] |
| Q-2026-04-15-13-LEGACY | — | — | Math26 C3 unconditional derivation [PARTIAL 2026-04-15 → Math41, OPEN — superseded by Math44] |
| Q-2026-04-15-14 | — | — | Math29 CKM convergence theorem |
| Q-2026-04-15-15 | — | — | Math25 precision-level CKM fit including CP |
| Q-2026-04-15-16 | — | — | Math17 longitudinal primitive odd singlet |
| Q-2026-04-15-17 | — | — | Math35 |
| Q-2026-04-15-18 | — | — |
|
Last 30 entries; full archive in source file. Each entry's issue is closed on GitHub.
| ID | Resolution | Pillar | Summary |
|---|---|---|---|
| Q-2026-04-26-Math157-RHN-singlet-documentation | RESOLVED 2026-04-27 | — | Document the right-handed neutrino N singlet in the Math157 SO(10) anomaly cancellation explicitly |
| Q-2026-04-21-IV-shell-adaptive | RESOLVED 2026-04-21 late | P8 | Shell-adaptive interval-arithmetic certificate for |
| Q-2026-04-20-PR1 | RESOLVED 2026-04-21 later | P6 | Replacement bundle for Pillar 6 after Math49d-R3-v2 physical retraction |