RBFT v45: A Reproducible 3D Side-View Phase-Region Test in Gaia Wide Binaries

The RBFL SPARC reproducibility package is now published on Zenodo. It provides code, data lineage, fixed parameters, holdout protocol, multiple-testing control, and reference-gauge robustness for testing fixed-law phase-state detection in SPARC galaxy rotation data.

RBFL is now not just a theory paper — it has a reproducibility package.

Related reproducibility package: https://doi.org/10.5281/zenodo.20595815

This record contains a consolidated technical preprint and reproducibility package for RBFT v45, a 3D side-view phase-region test in Gaia wide binaries. The analysis keeps the RBFT acceleration scale fixed at aTheta = 1.631702075962e-10 m/s^2 and tests whether a normalized wide-binary velocity proxy separates by Galactic vertical phase region.

The package includes the consolidated manuscript, v41-v45 scripts, derived working tables, gate summaries, null-test outputs, figures, checksums, and reproduction instructions. The central v45 result is a monotonic disk-anchor < transition-layer < high-z-field ladder after separation-distance normalization, with a shuffled-|z| null test reaching p ≈ 0.001 for the broad baseline case.

This is a technical preprint and reproducibility release. It is not peer reviewed and does not claim final cosmological closure. The main purpose is to make the RBFT v45 wide-binary phase-region test inspectable, rerunnable, and falsifiable.