Original claim records.

Original ledger status

FR.SUITE.01

FR.SUITE.01

THE F_transfer SOLVER SUITE (2026-06-22): the four transfer readouts as ONE runnable harness, each a gapped relaxation to a unique attractor, with values + uncertainties + honest typing (productises FR.DYNAMICS.01/v303). [E] F_pole (Koide): Moebius contraction to Q*=2/3 with multiplier (2/3)^6 = the seam-clock subleading eigenvalue, unique attractor at the SEAM rate. [C] F_Boltzmann (eta_B): washout contraction to the balance 6.1e-11, monotone (H-theorem), external thermal rate. [C] F_relic (axion): the comoving number N=E/omega is the adiabatic invariant, the relic freezes (seed theta_i=3pi/5), cosmological rate. [I] F_QCD (m_p/m_e): 1-loop RG with carrier b0=7 flows to the Gaussian UV fixed point, Lambda_QCD generated; standard RG. [N] F_RareKaon (bridge): BR(K+)=9.45e-11 on NA62 2016-2024 (v202). [O] SHARED SHAPE: all 5 are gapped relaxations to a unique attractor; only F_pole has the seam rate (2/3)^6, the other 4 share the SHAPE with external rates honestly fenced (v187/v303) -- the suite makes the frontier measurable WITHOUT claiming the external rates.

Recorded status: Numerical/synthesis [E]/[C]/[I] (F_transfer solver suite)

Original ledger status

FIRSTPRINCIPLES.BOUNDARY.01

FIRSTPRINCIPLES.BOUNDARY.01

THE HONEST FIRST-PRINCIPLES BOUNDARY, mapped precisely (2026-06-22): answers (a) can M_Planck/v_geo be computed from first principles? and (b) can F_transfer (Koide, m_p/m_e, eta_B, axion) be made a first-principles compiler output? BOTH NO -- with the exact reason for each residual, classified into FOUR honest kinds. [E] v_geo/M_Planck FORBIDDEN BY THEOREM (No-Unit, v153): a mass is dimension 1 while every TFPT datum is dimension 0, so no dimensionless map outputs a scale; M_Planck is NOT a pure number, but is OVER-DETERMINED (gravity = dark energy to 0.11%, v274); every dimensionless RATIO is derived, only the one unit is not. [E] m_p/m_e structure in place (v262): the carrier outputs b3=-(11-2 n_f/3)=-7 driving the QCD run + the closed electron lepton ladder; exactly 2 inputs stay external: alpha_s(M_Z) and the lattice C_p=m_p/Lambda3~2.83. [X] alpha_s(M_Z) external BECAUSE OF A TENSION: TFPT content = SM (no new states) and the SM does NOT unify -- the GUT-normalised 1-loop couplings at 2e16 GeV spread by ~8.8 (no common point, v246) -- so a unified coupling is NOT predicted and alpha_s is not derivable; the route that would give it is a falsifiable tension. [N] C_p parameter-free but lattice-only (m_p/Lambda_QCD~2.83=O(1), nonperturbative hadronization, the discrete<->continuous handoff v35). [C] eta_B/axion = cosmological initial conditions (M_1/washout v169/v184/v212; misalignment v211); Koide Q=2/3 structural [E], only pole<->running [C]. [A] FOUR honest kinds: forbidden-by-theorem (the unit, over-determined) / external-parameter-free (lattice C_p) / external-tensioned (alpha_s via failed unification) / cosmological initial conditions. A boundary audit; fabricates nothing, closes nothing. [2026-08-03 LIII: the two thermal-time routes for INTERNALIZING the F_transfer clocks are now machine-killed -- v723 (FTRANSFER.STT.01, STT-KILLED: the QCD 1-loop clock is parabolic and not diagonalizable, no constant-rescaled modular flow reaches it; the pole/Boltzmann pair confirmed internal per v425, multiplier (2/3)^6 exact) and v724 (FTRANSFER.COCYCLE.01, T3B-DEAD: conditioned modular flows of one internal mother state give loxodromic/complex classes, not the frozen v578/v632 solver classes; cocycle composition exact, one KMS scale). The external clock contract STANDS and sharpens to the typed anchor census {one unit (v_geo-class), one angle theta_i, one lattice O(1) C_p}: T3's clock wall == T1's unit wall, counted once (v723 P4). No status move.]

Recorded status: Boundary audit [E]/[X]/[C] (what is derived / external / tensioned / forbidden)

Original ledger status

CORRECTIONS.BUDGET.01

CORRECTIONS.BUDGET.01

The gap correction (v387) is a TYPED budget, NOT a uniform band on every prediction (2026-06-24): the (lambda_2/lambda_1)^n size is a property of the distance from a gapped operator's leading eigenvector, so it is only defined where a subleading lambda_2 exists. The prediction surface splits into FOUR correction classes (the verdict already implied by v303: of the four F_transfer instances only F_pole carries the seam rate). [E] SEAM-GAPPED class: Koide (F_pole, v303), horizon recovery (v221) and the QG-decoupling bound (capped by chi=1/(1-(2/3)^6)=729/665, v337) carry lambda_2=(2/3)^6=64/729; the discrete compiler decays at the golden (phi+2)/4 (carrier-5 facet, v312) -- the two number-field facets (v314/v383/v387). [E] KOIDE FIRST CORRECTION (door #2): F_pole is the ONE seam-gapped prediction, per-step Moebius rate (2/3)^6~0.0878 (v371), while the source quotient Q_src=0.66446 sits 0.33% below Q*=2/3 -- the rate is the suppression SCALE of the sub-leading texture, NOT the residual itself (an honest distinction). [E] EXACT-IDENTITY class: det R=8, N_Phi=1, theta_eff=0 are exact, sin^2 theta13=phi0 e^{-5/6} a closed form -- NO lambda_2 => correction 0 STRUCTURALLY (a (2/3)^6 band would contradict the [E]-identity status). [E] EXTERNAL-RATE class: eta_B (thermal washout), axion (cosmological freeze), m_p/m_e (RG) share only the gapped SHAPE with external rates, firewalled (v187). [E] FIXED-POINT class: the sub-leading texture is already explicit in the closed form (sin^2 theta12: eps=(3/4)phi0=c3+36 c3^4 EXACTLY). [C] THE BUDGET: a single uniform band on every prediction is WRONG; the size is keyed to the MECHANISM class. A typing of v387 (as v384 is of v383), no new number.

Recorded status: Typed correction budget [E]/[C] (the gap correction is keyed to the mechanism class, not a uniform band; seam-gapped=(2/3)^6/golden, exact-identity=0, external-rate=external, fixed-point=explicit texture)

Later scope correction: the DtN form estimate alone does not prove the transfer gap.

Original ledger status

METROLOGY.CLOSURE.01

METROLOGY.CLOSURE.01

THE FINAL INPUT SET {a, pi, v_geo} CERTIFIED (2026-06-24, Paper D / the scale-modulus closure): 0 dimensionless dials + 1 dimensionful unit, consolidating v153 (No-Unit), v274 (over-determined anchor), v364 (gravity adds no unit), v384 (v_geo is theorem-forbidden, type B). Does NOT 'solve' v_geo (a dimensionless compiler provably cannot output a scale); it CERTIFIES the single declared unit. [E] INPUT SET: a=(1,1,2) -> elem-sym (e1,e2,e3)=(4,5,2)=(|mu4|,g_car,|Z2|), c3=1/(2 e1 pi)=1/(8 pi); the one dimensionful input is v_geo, NO dimensionless dial. [E] DIMENSIONAL BOOKKEEPING (No-Unit, v153): mass~v_geo^1, 1/G~v_geo^2, Lambda~v_geo^4, U_point~v_geo^1, m/mu=e^{3/4}~v_geo^0; under L->lambda L a dimensionless datum is invariant while v_geo^d scales as lambda^{-d}, so a scale cannot be a function of scale-invariants -- v_geo is a forced INPUT. [E] GRAVITY ADDS NO UNIT (v364): 1/c3=8pi and (8pi)^2*48 c3^4=3/(4pi^2) are dimensionless. [N] OVER-DETERMINATION (v274): gravity route (8 pi G)^{-1/2}=2.4353e18 GeV vs cosmology route 2.438e18 GeV agree to 0.11% (conditional on the Lambda-branch). [O] v_geo THEOREM-FORBIDDEN: TOE_strict = TOE_dimensionless + [v_geo], not 'derive the metre' (v384 type B). [2026-08-03 LIII: sharpened to torsor language by v725 (VGEO.TORSOR.01): the input set {a, pi, v_geo} is the calibration point of a rank-1 R+ scale torsor; the bookkeeping table of this row is the machine-verified export table there; no status move.]

Recorded status: Metrology closure [E]/[N]/[O] (Paper D: the final input set {a,pi,v_geo} -- 0 dimensionless dials + 1 unit; dimensional bookkeeping over all dimensionful observables; G-vs-Lambda over-determination 0.11%; v_geo theorem-forbidden). A metrology end-cap, no new derivation

Original ledger status

QGAMB.NODEP.01

QGAMB.NODEP.01

The No-Ambient-Dependency certificate (2026-06-25): no frozen TFPT readout is COMPUTED from the ambient QG measure QG.AMB.01 -- sharpening the v369/v384 prose redundancy ('QG.AMB.01 is a [C] redundancy, not dynamics') into a machine-checked DAG+script fact, told HONESTLY. [E] GAP-DECOUPLING MARGIN: 2 dim(E8) c3^2 = 31/(4 pi^2) (31=2^g_car-1) ~ 0.785, Delta = 6 ln(3/2) ~ 2.433, so Delta_eff ~ 1.648 > 0 (v76/v337); chi = 1/(1-(2/3)^6) = 729/665 finite (negative control: gap->0 => chi->inf, the ambient re-enters). [E] CERTIFICATION SINK: every claim that lists QG.AMB.01 as a dependency is a gravity-gate/QG-certification row (GATE.METRIC.01, GRAVITY.COMPLETE.01, the QGAMB.* cluster, SEAM.S3.RP.01, ...), NONE a frozen physical prediction -- QG.AMB.01 has no predictive direct dependent. [E] NOT A VALUE SOURCE: QG.AMB.01 has no producing script (ledger script='-'); every frozen prediction of record is computed by a compiler script (alpha^-1<-v3, sin^2 th12<-v9, sin^2 th13<-v268, cosmology<-v7), none of which is an ambient-measure script (v76/v330/v332/v334/v335) -- so no readout VALUE is produced by the ambient measure. [E] ARCHITECTURAL-ONLY LINK (honest): of the frozen readouts only theta13 transitively references QG.AMB.01, and the path runs through the 4D-QFT CONTRACT spine (PS.DIRAC.02 -> CONTRACT.QFT4D.01 -> QG.G2.01 -> GATE.METRIC.01) -- the readout lives INSIDE the unified spectral-action construction, a coherence edge, not a numerical input (its value sin^2 th13 = phi0 e^{-5/6}, v268, takes no ambient-measure input); alpha, theta12 and all of cosmology have NO route to QG.AMB.01 at all. [C] VERDICT: QG.AMB.01 is a gap-decoupled certification object -- no readout VALUE is computed from it, its only predictive link is the architectural 4D-QFT contract, and the gap margin (1.648>0) suppresses its back-reaction -- v369 as a DAG/script fact. HONEST: this does NOT prove SEAM.EQUIV.01 (the readouts depend on the seam being the (E8)_1 net, the one open keystone); QG.AMB.01 specifically is dead.

Recorded status: No-Ambient-Dependency [E]/[C]: no frozen readout is computed from QG.AMB.01 -- it is a certification SINK (every dependent is a gravity-gate/QG row, no prediction), not a value source (script '-'; predictions computed by v3/v7/v9/v268, never an ambient-measure script), and its only predictive link is theta13's architectural 4D-QFT contract edge (coherence, not numerical); the gap margin Delta_eff~1.648>0 decouples its back-reaction (v337). v369 prose -> machine-checked DAG/script fact [E]; verdict [C], does NOT prove SEAM.EQUIV.01

Later scope correction: the DtN form estimate alone does not prove the transfer gap.

Original ledger status

DYN.TRANSFER.UNIVERSAL.01

DYN.TRANSFER.UNIVERSAL.01

The single-flow reduction of F_transfer (2026-06-25): the four frontier transfers (F_pole, F_Boltzmann, F_relic, F_QCD) do NOT each need a separate external solver -- their DYNAMICS is the ONE native flow of the theory (the seam modular/recovery semigroup, v238/v240, gap 6 ln(3/2)) restricted to each sector. Native flow + EXTERNAL ANCHORS, firewall-clean (the observable stays [C] until the anchor is supplied). [E] THE ONE NATIVE FLOW: recovery spec {1,(2/3)^6,(1/3)^6}, H_OS=-log T gap 6 ln(3/2)>0, e^{-Delta}=(2/3)^6 exact; an explicit 2-state column-stochastic T gives L=log T a Markov generator (off-diag>=0, columns sum 0). [E] F_pole IS THIS FLOW (lepton sector): the v99 Koide generator dq/dt=(Delta/N_fam)(q-2)(q-5) linearised at the attractor q=2 has rate g'(2)=-Delta, so the time-1 contraction is e^{-Delta}=(2/3)^6 (the recovery eigenvalue); q=5 unstable (g'(5)=+Delta). [E] F_Boltzmann washout = the native contraction (2/3)^6, CP phase delta_PMNS=4pi/3 native (v320). [E] F_QCD rate native: b3=-7 (v159), b0(n_f=6)=11-2*6/3=7=-b3, so the dimensional-transmutation exponent -2pi/(b0 alpha_s) is native (QCD.LAMBDA.01). [C] VERDICT: the transfer DYNAMICS is one native object (v238 recovery semigroup, v383 universal) -- native gap + native rates; only the ANCHORS (v_geo, lattice C_p, seesaw M_R) stay external. F_relic's free input is a cosmological initial condition theta_i (not theory-derivable; best case mu4-symmetry-reduced) -- the one genuine wall. A single-flow REDUCTION, NOT internalisation: no new premise, the firewall holds. Extends v383 (static universal gap) to a dynamic universal flow.

Recorded status: Single-flow reduction [E]/[C]: the four F_transfer flows are the ONE v238 recovery semigroup restricted to sectors (native gap 6 ln(3/2), native rates e^{-Delta}=(2/3)^6, b3=-7); F_pole=v99 generator at q=2, F_Boltzmann washout=that contraction (CP 4pi/3 native), F_QCD rate native -- only the ANCHORS (v_geo/C_p/M_R) external; F_relic's cosmological IC theta_i the one wall. Reduction not internalisation, firewall-clean; extends v383 static->dynamic

Original ledger status

FLAV.NUSCALE.02

FLAV.NUSCALE.02

ABSOLUTE NEUTRINO SCALE UNDER THE CARRIER YUKAWA NORMALISATION (2026-07-14, bird's-eye round; CANDIDATE class, genre v467/v468): FLAV.NUSCALE.01 typed the absolute scale as one open UV input with the two-parameter trade-off (y_nu, M_R) and recorded the y_nu = 1 inversion at the structureless log_c3(Mbar/M_R) ~ 2.6. But y_nu = 1 is not the carrier normalisation: one SO(10) 16 per family + the MINIMAL Yukawa sector (10_H / PS (1,2,2), the v245/v248/v249 structure) forces y_nu = y_t at the matching scale [P named premise]. With explicit 1-loop RG (gauge/y_t/lambda up; ADKLR Weinberg-operator kappa down, hep-ph/0108005): [N] the trade-off COLLAPSES to M_R alone and the observed m_3 = 0.0503 eV demands M_R = 9.3e13 GeV -- INSIDE the compiler's own PS window [4.2e13, 2.4e15] (v249), at log_c3(Mbar/M_R) = 3.15. [X] INTEGER-RUNG HONESTY GATE: the rung M_R = c3^3 Mbar = 1.53e14 GeV predicts m_3 = 0.030 eV -- 40% LOW at 1-loop (kappa run-down factor 0.794): NEAR the rung (3.15 vs 3), NOT ON -- the ladder pin is DECLINED per v354/v355; the decision computation is NAMED (2-loop SM + explicit PS threshold matching). [N] FALSIFIABLE BAND: over the PS window m_3 spans [0.002, 0.115] eV bracketing the observation; the M_PS end (Sigma ~ 0.124 eV) is already in tension with DESI ~0.072 -- cosmology cuts the window from below; the NO floor Sigma = m_2 + m_3 = 0.059 eV stays the falsifiable edge (v272). [C]/[O] candidate class: the premise is the minimal Yukawa sector [P]; the absolute scale stays formally open until the decision computation lands; the frozen record (v84/REG.FREEZE.01) is untouched. NET: the absolute neutrino scale is now a ONE-parameter statement bracketed by the compiler's own UV window, not a two-parameter trade-off. UPDATE 2026-07-14 (v482/FLAV.NUSCALE.03): the named decision computation is EXECUTED -- the integer rung is EXCLUDED as an unstructured pin (bracketed envelopes reach x1.165 vs required x1.670); the 5/3-proximate structure escape is recorded and declined; the one-parameter window candidate stands.

Recorded status: Candidate [P]/[N]/[X]/[C]/[O] (carrier normalisation collapses the trade-off; window bracketing; integer rung declined at 1-loop; decision computation named)

Original ledger status

FLAV.NUSCALE.05

FLAV.NUSCALE.05

THE SCALARON-TRACE RUNG CANDIDATE (registered 2026-08-28, external master-object review wave 2): M_R = N_fam * M_scal = 3 c3^{7/2} Mbar = 9.180e13 GeV -- a STRUCTURED point inside the v481 PS window, -1.8% from the v481-required 9.346e13 GeV under the same frozen 1-loop inversion and the named premise y_nu = y_t [P] (the review text said about 1%; the honest value is 1.8); m_3 at the candidate = 0.0512 eV (+1.9%, inside the >50% v482 RG envelope), ~20x sharper than the declined integer rung c3^3 Mbar. EXACT ladder position: 3 c3^{7/2} = (3 sqrt c3) c3^3, 3 sqrt(c3) = 3/sqrt(8 pi) = 0.598413 -- 0.26% from the 3/5 of the v482/v488 story; ADJACENCY TYPED: v488 killed 3/5 as an SO(10)/PS CLEBSCH, while the scalaron-trace reading is a DIFFERENT mechanism class -- HONEST RETYPE (2026-08-28, review wave 3): the trace argument Tr_A3 I = 3 is loose (Spec(I) = {1,1,1}, trace 3 does not make 3 an eigenvalue); the operator reading is the Q_+ eigenvalue route Spec{1,2,3} (v10/v50/v69), with the mixed insertion texture typed DATA_CONSTRAINS_TEXTURE in the nu-scalaron v2 project -- mechanism stays [O], not derived. The same M_scal already carries f_a = M_scal/128 (v185) and the inflation scale (v253): no new scale atom. KILL TEST: Sigma m_nu (NO) = 0.059 eV; a robust cosmological bound below 0.059 eV or a >~5% shift of the required M_R kills the candidate. CANONICAL NOTE (2026-08-28, completeness wave, NU_TEXTURE_CENSUS_NULL, not a module): frozen 3x3 inventory search 0/1607 corpus candidates + 0/200 random control (best miss factor 12.6 on the reactor angle) -- the Q+ union needs structure beyond the frozen 3x3 inventory; mechanism [O] sharpened. Provenance: experiments/tfpt-discovery/nu_texture_census_probe.py. No v3 freeze; M2 = 1.73e10 GeV remains the unused prediction.

Recorded status: Candidate [C]/[N] + mechanism [O] (structured point inside the v481 window; scalaron-trace hypothesis typed, not derived; no seesaw closure)

Original ledger status

COSMO.RUNNING.01

COSMO.RUNNING.01

Spectral-index running of the Starobinsky branch, PROMOTED from the 2026-07-20 scorecard prediction-of-record row (same N_star_reheating group as n_s/r/A_s; never an independent hit). [E] LO identities (sympy exact): alpha_s = dn_s/dln k = -2/N_star^2 = -r/6, beta_s = -4/N_star^3 (NOT -8/N^3); LO band N_star in [50,60]: [-8.0e-4, -5.6e-4]. [E] exact slow roll on the Einstein-frame Starobinsky potential (third-order Lyth-Riotto + finite-difference cross-check <1%): alpha_s(51.4) = -7.09e-4, beta_s(51.4) = -2.70e-5; exact band edges -7.48e-4 / -5.23e-4. [C] data confrontation: Planck 2018 TTTEEE+lowE+lensing (-0.0045+/-0.0067) -> +0.57 sigma; record leg P-ACT-LB (+0.0062+/-0.0052) -> -1.33 sigma (watch channel: the central value is POSITIVE); beta_s (Planck run+runrun, 0.010+/-0.013) -> -0.77 sigma. Forecast: LiteBIRD+CMB-S4 sigma(alpha_s) ~ 4.9e-3 (0.14 sigma); CMB-S4+DESI+Euclid statistical ~3.3e-4 (2.2 sigma, systematics-limited). KILL: robust alpha_s < -5e-3 or > +3e-3 at >=5 sigma; any robust POSITIVE running kills the plateau branch. FENCE: N_star stays an external reheating input (GATE.NSTAR.01); the frozen band [50,60] stays the surface of record; no gate closes, no marker moves

Recorded status: Identity [E] (LO relations + exact slow roll) + Physical [C] (data confrontation; N_star input)

Original ledger status

COSMO.MUDIST.01

COSMO.MUDIST.01

CMB mu-distortion as the A_s/N_star BRANCH DISCRIMINATOR, PROMOTED from the 2026-07-20 scorecard prediction-of-record row (data-limited; shares the Nstar_branch alternative group with the two A_s readings -- one branch question, several readings). [C] Chluba-Erickcek-Ben-Dayan k-space window calibrated +21% on the LCDM Planck-2018 anchor to the literature mu_LCDM ~ 2.0e-8: sharp branch N_star = 51.4 (A_s = 1.76e-9) mu = 1.6e-8; profiled record N_star = 56.1 (A_s = 2.10e-9) mu = 1.94e-8 (~2.0e-8); band N_star in [50,60]: 1.5e-8 .. 2.3e-8; branch split Delta mu = 3.0e-9 (ratio 1.23) => >=3 sigma branch decision at sigma(mu) = 1e-9 (Voyage-2050 class). REACH: the PIXIE baseline 95% limit 9e-8 does NOT reach the band (sharp = 0.18 x limit); FIRAS 9e-5 is 4 dex above -- data-limited until a PIXIE+/Voyage-2050-class mission. [E] COMB BLINDNESS (honest S15 typing): the frozen recovery log-comb (omega = 2 pi/ln((3/2)^6) = 2.5827, eps = 0.0173) is STRUCTURALLY invisible in the mu window -- attenuation |F(omega)| = 0.033, delta mu = 7.4e-12 = 0.007 sigma even at Voyage-2050; the theory itself predicts where it cannot be seen, so NO comb-search row is opened. KILL: robust mu < 0.9e-8 or > 4e-8. FENCE: N_star stays an external input (GATE.NSTAR.01); the frozen band [50,60] stays the surface of record; no gate closes, no marker moves

Recorded status: Physical [C] (Chluba-window bridge, data-limited) + Identity [E] (comb-blindness attenuation)

Original ledger status

VGEO.TORSOR.01

VGEO.TORSOR.01

T1 CLOSURE -- the calibration/scale-torsor audit of the v_geo interface (one module, 21 checks, ~1 s; discovery probe phys_vgeo_torsor_audit_probe.py 21/21, verdict TORSOR-SCHLIESSUNG PASS). THE STRUCTURE THEOREM (machine-audited on the corpus, sources read-only: v153/v152/v274/v401/v364/v75/v68/v60/v20/v272/v3/rt_E/v714): the v_geo interface is a well-defined R+ SCALE TORSOR -- (1) the corpus exports ALL dimensional quantities as O_i = r_i * v_geo^{d_i} with machine-derived dimensionless r_i (complete export table: Mbar, 1/G, Lambda, U_point, m/mu at d = 1, 2, 4, 1, 0); (2) the dimension matrix has RANK 1 -- exactly ONE independent scale (conditional [A] on the flavor block via the declared seam=Planck identification v68 + the rt_E EW-matching flag, NAMED not hidden); (3) ALL consistency conditions are homogeneous under L -> lambda L -- no internal absolute anchor (the machine form of the No-Unit theorem v153); (4) leave-one-anchor-out cross-calibrations compatible (gravitation G vs cosmology rho_Lambda: the same Mbar to 0.11%, v274, conditional on the Lambda branch [C]; flavor fiber exact); (5) the CALIBRATION THEOREM stated in torsor language: one external reference selects the point in the torsor, everything else is prediction. FENCE: a STRUCTURE closure of the interface -- NO absolute-scale derivation (impossible per No-Unit; that is the theorem, not the defect). THE MOONSHOT NAMED (not executed): H_EW = ln(Mbar/v_EW) = 37.1776 -- the ONE remaining dimensionless scale ratio whose derivation No-Unit permits (a success would turn the flavor-block [A] identification into a derivation); naive c3/phi0 ladders honestly excluded (11.53 / 12.67, not integer; v184 firewall respected). Status moves only as evidenced: the interface contract closes in CALIBRATION FORM; the No-Unit typing of v_geo is unchanged.

Recorded status: Structural [E] torsor audit (export table, rank 1, lambda-homogeneity, leave-one-anchor-out 0.11%) with conditionalities named; closure in calibration form, NO scale derivation (Python-only per GATE.WOLFRAM.02).

Original ledger status

FTRANSFER.CLOCKS.01

FTRANSFER.CLOCKS.01

Preregistered theory-contract search target (frozen 2026-08-04, experiments/ftransfer-clocks/hypotheses/ftransfer_clocks_v1.yaml; EXECUTED 2026-08-05, v777): the external-clock contract for the F_transfer jets. THE FOUR FROZEN CLOCKS (exactly one physical clock per solver, fixed in advance): F_pole = proper time tau (on-shell/pole-mass chart; one v99 seam unit = one proper-phase e-fold), F_Boltzmann = inverse temperature beta (FIRAS-anchored adiabatic chart; one washout seam unit = one beta e-fold; the z-linear alternative recorded as excluded), F_QCD = RG time t = ln(mu/M_Z) (MS-bar, 1-loop b0 = 7 window [m_t, 1 TeV]; identity gauge), F_relic = cosmological e-folds ln a (Planck 2018 background; flow frozen, jets degenerate -- scored only on kills and dictionary validity). THE PREREGISTERED PREDICTION (FTC.P1): under the frozen affine dictionaries (slopes -1, -1, +1, -1) ONE constant-coefficient Riccati equation on sigma = ln(mu/M_Z) carries all non-degenerate transported jets -- equivalently the transported Schwarzians of F_pole/F_Boltzmann/F_QCD are EQUAL (the seam channels transport to -Delta^2/2 = -2.959235170076978 exactly; the prediction forces the QCD value onto it). THREE KILLS: K1 NO-COMMON-CONNECTION (symbolic inequality of transported Schwarzians; executor must exhibit the forbidden reparametrization per failing pair), K2 FREE-REPARAM-NEEDED (any post-freeze change of gauge/dictionary; byte-frozen YAML sha256 recorded), K3 SECOND-CLOCK-NEEDED (any channel export needing two time variables). HONEST PRIOR (preregistered): EXPECTED = K1 KILL -- affine transport scales a Schwarzian by slope^2 and cannot move 0 (QCD) onto -Delta^2/2 (seam); a K1 kill would finalize the v578 diagnosis at the physical-clock level and close the jet route of CONTRACT.F.01; ONE-CLASS would be the surprise. EXECUTOR: PENDING -- v752_ftransfer_clock_jets.py-pattern module at a future round (sympy-exact kernel; the FTC.01 data interfaces need the frozen g_*s tabulation and PDG alpha_s(Q) overlay data curated first). FIREWALL: no marker move, nothing upgrades CONTRACT.F.01; the four observables stay [C]/[O]; this design is typed [X]. NO RH claim (unrelated surface; discipline note). [2026-08-05 LXII, EXECUTED + PROMOTED (v777_ftransfer_clock_jets.py, one module from two probes, 24 + 14 checks, 0 failures): VERDICT NO-COMMON-CONNECTION -- the K1 kill fires EXACTLY as the frozen prior expected. Freeze guards verified at run time (YAML sha256 880224f7..., g_*s table 8ae2a4fe..., alpha_s table 2ca6332d...; both data tables curated + byte-frozen BEFORE the first executor run). All four dictionary-validity legs PASS (FTC.01.K: q_exp dev 6.6e-6 <= 3 sigma_q, scheme check 571x -- the on-shell chart is right and the running chart fails it; FTC.01.B: washout entropy-chart drift 1.15e-4, N_eff certificate 0.32 sigma; FTC.01.Q: frozen chain reproduced exactly, 1-loop overlay max dev 0.83% on [m_t, 1 TeV]; FTC.01.R: onset T_osc = 76.68 GeV, slope dev 0.0602). The one-class prediction FTC.P1 dies sympy-EXACTLY: transported Schwarzians {-Delta^2/2, -Delta^2/2, 0}, symbolic difference exactly nonzero, no tolerance involved; K1 duty discharged (the pass-enabling reparametrization h = Moebius(e^{+-Delta sigma}) is exhibited and is NON-affine -- exactly the freedom the freeze forbids); K2/K3 quiet. COMPANION (same module): the fibered-groupoid refinement CARRIES (FTRANSFER-FIBERED-CARRIES, 14/14) -- see the CONTRACT.F.01 dated note; the groupoid's first-run float64 spot-check artifact is disclosed in the probe docstring, the frozen 1e-12 bar untouched. The four observables stay [C]/[O]; no marker move.] NOTE (2026-08-06, v792 -- marker UNCHANGED): the coset assignment of the executed contract's clock charts is now a THEOREM from KMS/modular typing (S = -(ln lambda)^2/2 from the time-1 PGL2 holonomy; blind protocol, exact unblinding, controls incl. the Moebius-clock positive case) -- the three-probe chain executor (v777) -> fibered groupoid -> coset theorem is whole; the fiber classification is derived, not case-inspected.

Recorded status: Executed preregistered search target (frozen 2026-08-04 [X]; executed + promoted 2026-08-05, v777): the K1 kill fired exactly as the frozen prior expected (NO-COMMON-CONNECTION); the fibered-groupoid refinement carries; the four observables stay [C]/[O]; no marker move (Python-only per GATE.WOLFRAM.02).

Original ledger status

CCC.SEAM.CROSSOVER.01

CCC.SEAM.CROSSOVER.01

THE CCC CROSSOVER CONTRACT [O] (registered 2026-08-24 from the external TFPT-vs-CCC adjudication of the six gates; the kinematic base is CCC.SEAM.KINEMATICS.01 [E]/v957). DEMAND (the dynamical crossover, in order): (D1) the interacting seam algebra A_hol realised ON the lens crossover X = S^3/Z_4 with reflection positivity protected on the mid-gap cut class while the aeon transfer uses the through-mark class (the two D_4 classes whose product is the clock; the v529 straddle law is this separation at toy level; = WOIT.OS.TWISTOR.01 gamma in the crossover geometry); (D2) the aeon-transfer channel as a Stinespring isometry at FIELD level (the v957 finite-dimensional dilation lifted to the reconstructed net) -- fundamental unitarity + rank-1 attractor in the visible channel + microstate record in the complement; (D3) the cosmology fork DECIDED: exactly one active story (Starobinsky r = 12/N^2 in [0.0033, 0.0048] vs crossover/GW epoch vs computed hybrid) -- priced decidable by LiteBIRD/CMB-S4-class sigma(r) ~ 0.001; (D4) the preregistered disc search experiments/ccc-crossover-disc EXECUTED per its frozen hypotheses (top-hat template, sign-pairing statistics, kill criteria K1-K6, BH-q < 0.01 + replication decision rule) -- EXECUTED 2026-08-24 with a ROBUST NULL on the Planck PR3 SMICA map (first data contact; freeze intact 3/3 hashes, frozen-kernel guards 5/5 BEFORE data contact; map integrity 2013312960 bytes, SHA-256 pinned in results.json; seed 20260824, reruns bit-identical): max|SNR| 5.119 on data vs null mean 5.20 over 100 Gaussian LCDM sims (matched mask + spectrum), p_global = 0.673, p_counts = 0.446, BH-q_min = 0.673 -- the q < 0.01 threshold CLEARLY missed; 171 candidates |SNR| >= 4 with 83 pos / 88 neg (no sign excess); injection recovery 100 percent (20 x 200 muK discs at 1.16 deg -- the search is well-powered, the null is a REAL null); K1-K6 all NA (they fire only on a resolved relic; none exists); replication legs (half-mission, Commander/NILC) not required for a null per the frozen decision rule, available for future candidates; three amendments disclosed (seed pinning of the unseeded synfast preflight, reporting fields, the documented estimator l-weighting) -- statistics, thresholds and kill criteria unchanged; results machine-readable in experiments/ccc-crossover-disc/results/results.json. KILL CRITERIA (frozen): a free fitted conformal factor anywhere; failure of the mid-gap RP protection on the interacting algebra (kill test 2 of WOIT gamma); the interacting level breaking the v522 wrap = (-1)^F identification (reopens the deck fork); r measured incompatible with the surviving cosmology branch; a resolved crossover relic violating the frozen template class (K1-K6, incl. the K6 contrast bound killing the derived-kappa chain); mu_4 marks identified with Hawking-point counts (typed numerological, forbidden). FENCES: the cyclic/CCC reading stays [C] regardless; the executed D4 null does NOT damage the compiler core (the kernel was OUTPUT of the [E] kinematics, not input) and no kill criterion fired; the contract stays OPEN via D1-D3; nothing here asserts CCC follows from TFPT in either direction.

Recorded status: Open contract [O] (research contract; the kinematic base [E] via v957; the dynamics = WOIT.OS.TWISTOR.01 gamma on the crossover geometry; D4 executed 2026-08-24 with a robust preregistered null -- no kill fired, no type change; the contract stays open via D1-D3)

Original ledger status

FTRANSFER.GENERATING.01

FTRANSFER.GENERATING.01

THE GENERATING FUNCTIONAL CONTRACT [O] (registered 2026-08-27 from the external bird's-eye review; the constructive successor named by the FR.TRANSFER.01 guard). The four continuous-transfer interfaces (F_pole: source masses -> pole, Koide v183; F_Boltzmann: CP source -> eta_B, v169/v184; F_relic: (f_a, m_a, theta_i, N_DW) -> Omega_a, v185; F_QCD: (alpha_s, b3, Lambda_QCD, lattice) -> m_p/m_e, v164) are currently four SEPARATE bridges. DEMAND: IF the 4D theory Z_a[J] of TFPT4D.LATTICE.ACTION.01 exists with a controlled continuum limit (QFT4D.OS.RECON.01), the four bridges MUST arise from ONE generating functional W[J] = log Z[J] -- lepton/quark masses as poles of two-point functions (zeros of Gamma^(2)), m_p/m_e from the baryon and electron correlator poles of the SAME theory, eta_B from the real-time Schwinger-Keldysh dynamics of the SAME theory (CP violation, B violation, nonequilibrium), the axion relic from the cosmological solution of the SAME normalized action. F_transfer is then not another 3x3 matrix; it is the full W[J]. BINDING (the guard stays in force): the four frontier observables remain [C]/[A]/[O] under FR.TRANSFER.01 UNTIL W[J] exists and each bridge is DERIVED from it -- this contract does NOT permit any marker upgrade; it names the single object whose existence would collapse the four transfer problems into computations within one theory. KILL TEST: the four bridges provably require mutually inconsistent normalizations of the same W[J]. EXECUTED UPDATE (2026-08-28, v990): Z6-centre 6Y table + the first executed W[J] at dim 96 -- dW/dJ = <O> (6e-11), Hessian = Kubo (1e-7), transduction shadow d2W/dJ dtheta: seam-coupled -9.3e-3, decoupled e^c control exactly 0. Finite-level mechanism, not the 4D generating functional. FR.TRANSFER.01 guard stays binding. Python-only / Wolfram mirror deferred.

Recorded status: Open (research contract; finite W[J] derivative identities + transduction shadow executed at 1+1D Z6; no upgrade permitted)

Original ledger status

FTRANSFER.SK.RHO0.01

FTRANSFER.SK.RHO0.01

THE SCHWINGER-KELDYSH INITIAL-STATE CONTRACT [O] (registered 2026-08-28, review wave 3; mechanism executed 2026-08-29). DEMAND: cosmological transfers (F_relic, F_Boltzmann, and any nonequilibrium 4D readout) need the pair (S, rho_0), not W[J] alone -- the Euclidean-cap / KMS initial state. TYPED CANDIDATE: the theta_i = 3 pi/5 saddle S_init = -kappa cos(5 theta - 3 pi) as the selection. ARITHMETIC: stationary points theta = (3+k)pi/5, the mu4 orientation picks k = 0. RELATION: FTRANSFER.GENERATING.01 covers EQUILIBRIUM correlators of W[J] only; this contract is the SK completion. KILL: the (S, rho_0) pair is inconsistent with the W[J] of TFPT4D.LATTICE.ACTION.01; the 3pi/5 saddle is not selected by mu4 orientation (a different k is forced); the Euclidean cap fails KMS. EXECUTED UPDATE (2026-08-29, review wave 4, v1000): mechanism executed -- KMS/FDT ~1e-17 on the exact Bohr grid, rho_0-dependence contrast 3.550e-3 vs static 1e-16, saddle 5-fold degenerate with 3pi/5 unique in the chosen mu4 lift [C]. Display stays [O]; no cosmological solve. EXECUTED UPDATE (2026-08-30, review wave 7, v1009): finite uniqueness closed -- constrained minimizer uniquely the normalized KMS compression (Klein), Hessian spectrum [3.76, 12.6], center dim 1, compression identity ~8e-17. TYPED: V1000_CONSEQUENCE_MISMATCH (compression kills the SK response, RMS ~1.5e-31 vs frozen contrast 3.550e-3) -- the proposed constraint set is too restrictive; CENTER_FLATNESS_PREMISE_FALSE (Umegaki keeps uniqueness with a nontrivial centre). Canonical formula needs a weaker admissible set. Display stays [O]. EVENING (2026-08-30, v1012): 8-candidate table ALL unique. DOUBLE DIAGNOSIS: hard sectors kill the SK response (~1e-31); ALL response-alive sets return exactly rho_KMS even WITHOUT mu4 -- the entropic-proximity selection principle is VACUOUS at finite level. Verdict NO_SET_WORKS. BINDING: the canonical state requires a different principle (e.g. Euclidean-cap / orientation-branch). Display stays [O]. MONDAY MORNING (2026-08-31, v1016): R4 seam-modular cap is the unique finite-level non-entropic selector (D_tr(KMS)=0.1434, SK response alive 3.038e-3, mu4-invariant, 3pi/5 saddle preserved). R1 vacuous, R2 response-dead, orientation-free mutant loses saddles. Caveat: the difference lives in the neutral spectator factor -- finite proxy. Display stays [O]. EXECUTED UPDATE (2026-09-05, v1024): FTRANSFER.PARENT.Z5CAP.01 constructs a finite 12D internal cap with gap 0.197423715893, but the five-cycle is chosen, the cap breaks D4 (residual 1.094700) and it vanishes on a large complement, so it is not a global rho_0 selector. The Z5 Weyl divisibility result is scoped to the unprojected dimension; the Gauss-projected physical dimension is uncounted. The relative commutant is a prime/irreducibility obstruction, not a dynamic-coupling no-go. Parent status stays Open [O]. ROUND-4 CURRENT: v1028 constructs a symmetric gap-one internal cap, but D4 leaves a2D invariant-vector space and the vacuum-preserving extension selects no unique full-parent state. Order-five unitary is not a Weyl pair or derived selector; [O] unchanged.

Recorded status: Open (research contract; mechanism executed [N]/[C]; FTRANSFER.GENERATING.01 covers equilibrium only) | Round-3 v1024 gives a finite internal candidate and algebraic boundaries [E/N]; global rho_0 and SK uniqueness remain Open [O].

Established within the stated premises

Historical EM single-mode expression and full heat transfer have different spectral contracts

finding:historical-em-rank-one-and-full-heat-traces-have-different-contracts

fullv21 EM response uses scalar defect-sector weights with J1=1. v31 defines full heat transfer and its cosmological companion assumes lowest multiplicity48; v32 calls the route a future conjecture. v42 uses ordinary admissible eigenvalue traces and treats rank one as extra. The later1-q is not already the exact full finite heat determinant.

Scope: Source-reviewed version chain with distinct sectors. Not exclusion of every common underlying source; multiplicity48 cosmology and a scalar EM branch cannot be identified without the actual projection.