Extended Evidence Ledger and Provenance Framework for Fixed-H0 Cosmology Branch Audits (106-Page Comprehensive Freeze Candidate)

[Comprehensive Evidence Package / Methods & Audit Ledger] This repository contains the extended 106-page freeze candidate and uncompressed reproducibility ledger supporting the audit-first analysis of fixed-H0 cosmological parameter spaces. To defend the central branch-reversal claims against latent pipeline pathologies and overly aggressive data compression, this asset exposes the entire underlying data provenance hierarchy across 54 graphical schematics, mathematical guides, and complete failure-accounting registries. Key contents of this comprehensive audit ledger include:1. [cite_start]Full Admissibility Mapping: The complete partition ledger tracking the entire candidate universe of 1,527 rows (1,336 successful rows with strict NF=9 field-count integrity yielding 25 distinct late-time states, balanced against 191 explicitly recorded failure rows exhibiting NO PEAK or missing-derived behavior) [cite: 709, 721-723, 3161-3163].2. Response-Ready Architecture (Section 12): A formalized three-layer defense matrix separating central manuscript claims from supplementary reinforcement layers and source-of-record checkouts to ensure absolute falsifiability under critical interaction.3. [cite_start]Nuisance Boundedness Diagnostics: Detailed scale-mismatch protocols proving that the branch-sensitive calib_100T calibration displacements remain strictly bounded at the O(10^-4) level or lower, which is mathematically insufficient to saturate the巨視的 Δχ²_BAO ~ 17 reversal scale [cite: 522-524, 601-602, 3022, 3024].4. Internal Burden Reallocation Guides: Formula definitions and visual anchors mapping the dominance collapse of the z=0.38 low-redshift BAO anchor across branch transitions. This dense workspace drafting is preserved as primary source-of-record validation material to provide absolute cross-validation depth. It is structurally connected to the submission core preprint as an immutable corroborative support layer.