A registered result in its source context
Original ledger classification: Identity/Lie [I]/[L] + anchor identification
Recorded statement: Central-theorem RESIDUAL RESOLVED (honestly) as an anchor, not a gap [I-symbolic + L]. The Seeley-DeWitt coefficient for the carrier Dirac operator is a2 = (1/(4pi)^2)(1/6)(R d + 6E d) with E=-R/4 (Lichnerowicz) = -d/(192 pi^2) R,…
Statement, assumptions and sources
Paper context: Origin Theory
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SEAM.AREACOEFF.02
Original ledger classification: Identity/Lie [I]/[L] + anchor identification
Original claim text
Central-theorem RESIDUAL RESOLVED (honestly) as an anchor, not a gap [I-symbolic + L]. The Seeley-DeWitt coefficient for the carrier Dirac operator is a2 = (1/(4pi)^2)(1/6)(R d + 6E d) with E=-R/4 (Lichnerowicz) = -d/(192 pi^2) R, d=carrier dof (16=dim S+ or 32=2^g_car). The induced Einstein-Hilbert coefficient is 1/(16 pi G)=f2 Lambda^2 d/(192 pi^2) - UV-SENSITIVE (depends on the seam cutoff Lambda and the cutoff moment f2). So 1/G is NOT a pure number (Sakharov 1967 / Connes spectral-action induced gravity); the residual k=c3/2 (v67) is the seam normalization P1 carried through the heat kernel, NOT a free-standing derivation, and the physical identification 'seam scale=observed Planck scale' is the ONE irreducible dimensionful anchor (v_geo; no metre from pure math, units argument). What IS cutoff-independent and derived: the R^2 coefficient (Starobinsky, v36/G2 a4|R2=R2/72), the scalaron mass M_scal=c3^(7/2) Mbar~3.06e13 GeV, v_GW=c (v8). CONCLUSION: the central theorem is 'maximally closed' - structure proven (v67), predictive gravitational content derived, residual = the single anchor every theory carries, not a missing computation
Original classification detail
Identity/Lie [I]/[L] + anchor identification
Dependencies as recorded
SEAM.AREACOEFF.01; v36; v67
Open the original ledger source, row 121Location recorded in the ledger
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- Origin Theory
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.
- Target C — [formula in source] and the seam-area coefficientRed-team audit
- The seam and the horizon: the precise statementorigin theory
- Target E — [formula in source] as the unique dimensional floorRed-team audit
- 2026-06-13 (fifth round: the R3 normalisation is the dimensionful anchor, v152)Research changelog; TFPT — Introduction and reading guide
- One [formula in source] for electromagnetism, the cosmic horizon and [formula in source]Origin Theory
- The seam and the horizon: the precise statementinput 4 origin theory
- The seam and the horizon: the precise statementinput 4 origin theory
- The seam and the horizon: the precise statementOrigin Theory
All 24 linked sections
- Research Contract 1 — [formula in source]
- Front matter / support
- 2026-06-23 (Direction 6, [formula in source] sharpened: after the parameter-free gravity, the gravity sector adds NO new dimensionful input either, so [formula in source] is the SINGLE dimensionful input of the complete theory — final tally [formula in source] , ZERO dimensionless dials: v364)
- Front matter / support
- -1.2cm TFPT — Research Contracts for the Remaining Interfaces:\\v_ geo [formula in source] G_ net [formula in source] F_ transfer [formula in source] (U_ wall) [formula in source] (G_ metric) [formula in source] [formula in source] / _1/ _2/ _3 [formula in source] next)
- Front matter / support
- Research Contract 2 — [formula in source]
- Front matter / support
- One [formula in source] for electromagnetism, the cosmic horizon and [formula in source]
- Front matter / support
- One [formula in source] for electromagnetism, the cosmic horizon and [formula in source]
- One [formula in source] for electromagnetism, the cosmic horizon and [formula in source]
- -1.2cm TFPT — Research Contracts for the Remaining Interfaces:\\v_ geo [formula in source] G_ net [formula in source] F_ transfer [formula in source] (U_ wall) [formula in source] (G_ metric) [formula in source] [formula in source] / _1/ _2/ _3 [formula in source] next)
- Research Contract 1 — [formula in source]
- The compact status formula: three honest layers
- Research Contract 2 — [formula in source]
Registered verification modules
- v68_seeley_dewitt_residual.pyRegistered verification module · frontier
Read the description recorded in the module registry
Seeley–DeWitt: absolute 1/G is the one dimensionful anchor
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