Skip to main content

A registered result in its source context

Original ledger classification: 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)

Recorded statement: 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…

Statement, assumptions and sources

Paper context: Origin Theory

The exact identifier, original classification and full claim are available below.

The source wording and classification below are preserved as recorded. A paper link, shared script or authored topic relation does not upgrade the claim or report a new proof run. Read later reviewed findings separately.

Read the exact registered claim and its dependencies

CCC.SEAM.CROSSOVER.01

Original ledger classification: 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 claim text

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.

Original classification detail

Open [O]: D1 interacting algebra on the crossover (WOIT gamma) + D2 field-level Stinespring + D3 cosmology fork decision = the remaining demands; D4 EXECUTED with a robust null (p_global 0.673, BH-q 0.673, injection recovery 100 percent, K1-K6 NA; results.json) -- no kill fired; kinematic base certified in v957

Dependencies as recorded

CCC.SEAM.KINEMATICS.01 (the certified base); WOIT.OS.TWISTOR.01 (gamma = D1); SEAM.THERMAL.KMS.01 (the kappa chain); v529/v534 (the straddle fence); experiments/ccc-crossover-disc (the frozen search)

Open the original ledger source, row 738

Location recorded in the ledger

These document locations are recorded directly on the ledger row. They are document level navigation, rather than a newly inferred section citation.

Sections that explicitly cite this claim

A literal claim identifier is present in these paper sections. The section and its premises determine what the citation supports.

All 11 linked sections

Navigation through a shared verification script

These sections cite a script associated with the claim. This is a source navigation join, rather than an explicit citation of the claim or a theorem equivalence.

All 12 linked sections

Registered verification modules

  • v957_ccc_crossover_kinematics.pyRegistered verification module · horizon
    Read the description recorded in the module registry

    CCC.SEAM.KINEMATICS.01 (Runden DL–DLV, 2026-08-24): **das CCC-Crossover-Kinematik-Wörterbuch (28/28 + 29/29 + 18/18 + 21/21 + 14/14 + 7/7, sechs Probes byte-exakt eingebettet)** — (1) Penroses reziproke Eichung Ω·τ(Ω) = −1 ist das Element τ = ρ²σ des bewiesenen μ4-Stabilisators D4 (τ kehrt die Clock um = Z2-Sheet-Parität; der Crossover-Kreis trägt alle vier Marken); (2) die Clock allein lässt auf der 2D-Seam genau EINEN konformen Modul, das reziproke Z2 killt ihn (Liouville-exakt; so(3,1)-Kommutanten 2/0); (3) Stinespring-Dilatation des v221-Transports exakt (V†V = 1, ‖Tⁿ−P⋆‖ = (2/3)^{6n}, globaler Overlap invariant — Entropie-Reset = reduzierter Kanal, keine Informationsvernichtung); (4) der kinematische 2D→3D→4D-Uplift: Seam-Sphäre = Hopf-Basis (stereographisch = z1/z2 exakt), Crossover X = S³/Z4 = Linsenrand des korpuseigenen A3-ALE (Deck frei; Marken = 4 verschlungene Faserkreise in 2 Sheet-Orbits, Gauss-Linking 1; so(4,1)-Deck-Kommutant = 4 Killing/0 Boosts — Yamabe-Starrheit ohne Zusatzbedingung, global via Obata-Familie), 4D-Brücke = Kegel mit Inversion als Äon-Tausch, Lorentz-Schatten Einstein R_ab = 3g_ab mit raumartigem S³-Crossover und Ω̂·Ω̌ = −1; (5) KMS-Schließung: Detailed Balance exakt, spec(−ln T) = {0, 6ln(3/2), 6ln3}, T = e^{−H_mod}, β_angle = 2π = 1/(4c3) = Gibbons–Hawking auf der Faser — diskreter Takt = modulare Zeit (freies Level); (6) Holonomie: Pol-Strings tragen die volle μ4 (i), jeder Seam-String exakt die 2-Torsion −1 = v522s GSO/Fermionparitäts-Wrap ([C]-Korrespondenz); (7) Selektor-Notwendigkeit: zulässige Spiegelachsen von M(δ) = V4 generisch, D4 GENAU bei δ = π/2; Majorana-Operator-Ebene mit Fermion-Vorzeichen: Clock-Achsen Θ-real NUR bei k = 4 — die Uniqueness-Hälfte des v534-Selektors HERGELEITET (Survival + Vorzeichen zitiert); (8) der eingefrorene Gate-6-Kernel: Top-Hat-Scheibe θ_max ≈ 1.16°, Raten ln(729/64)/ln729 (Verhältnis 2.709511), κ aus v526 hergeleitet (Band deklariert, Kontrast ≤ 3.3e−4) — speist die preregistrierte Suche ccc-crossover-disc (keine Daten berührt). Zyklische Lesart bleibt [C], WOIT.OS.TWISTOR.01 bleibt [O].

A registered module is a source reference. Its presence does not assert that the module was executed in this snapshot.

Search later reviewed research for this identifierRead the coverage boundaries