Paper 32B: Timing-Continuum Governance and CHSH Regression Benchmarking in the Weihs Alice/Bob Archives

Paper 32B builds a reproducible audit framework for the public Weihs Alice/Bob archive by separating timing diagnostics from setting-resolved Bell-test benchmarking. The bluesine data are used only as a timing-continuum lane. From the raw timetags, the pipeline regenerates coincidence diagnostics for 3, 5, and 7 nanosecond half-windows and shows a stable peak-shoulder-baseline structure: a central timing peak near zero offset, shoulders near plus or minus 10 nanoseconds, and a flat far-offset baseline. As the coincidence window widens, total coincidences increase while aggregate parity decreases, showing the expected throughput-versus-contrast tradeoff. The CHSH benchmark is handled separately using longdist32, which includes setting-resolved Coincidence Evaluation report data. The report gives S = 2.702 plus or minus 0.078, which is above the classical bound of 2 and below the Tsirelson bound of about 2.828. Raw longdist32 timetag scans are used only as ingestion and timing-alignment sanity checks; they do not independently validate the setting-resolved CHSH value. A full raw-event reconstruction requires recovering the settings timeline and recomputing all four setting-resolved correlations directly from raw events. The paper does not claim a new Bell bound, a proof of Holosphere theory, or evidence for superdeterminism. Its contribution is a fixed, reproducible pipeline that cleanly separates timing-continuum validation, report-based CHSH benchmarking, raw timing sanity checks, and future raw setting-resolved reconstruction.