Note from the author (retired record): This record has been withdrawn from public circulation by the author. This record is retained for archival continuity of the DOI only and should not be cited as representing the author's current position.
Superseded Version Notice This record contains an earlier version of a paper developed within Phase Compatibility Theory. Phase Compatibility Theory is a living research framework that is being progressively audited, consolidated, refined, and tested. Its current definitions and theoretical structure are maintained through updated versions of the principal and supporting theory papers. This version is retained in restricted form for archival and DOI continuity and should not be treated as representing the current formulation of the theory. Readers should refer to and cite the current version of this document.
Superseded Version Notice This record contains an earlier version of a paper developed within Phase Compatibility Theory. Phase Compatibility Theory is a living research framework that is being progressively audited, consolidated, refined, and tested. Its current definitions and theoretical structure are maintained through updated versions of the principal and supporting theory papers. This version is retained in restricted form for archival and DOI continuity and should not be treated as representing the current formulation of the theory. Readers should refer to and cite the current version of this document.
This is the manuscript and reproducibility package for Quantum Mechanics Without Spooky Action: The Gravacle Theory. The archive includes the paper in PDF, DOCX, Markdown, and TeX formats; proof and scope ledgers; public-data extracts; processed result files; scoring and digitization scripts; source registries; provenance notes; manifest; and SHA-256 checksums. Version v337 clarifies the Single-Run Boundary Closure Theorem so that entangled record closures are explicitly scoped as jointly constrained by one nonseparable registration relation, not independent per-wing selectors. It also preserves the v336 formatting, bibliography, license, data/provenance packet, and reproducibility materials.Locally authored manuscript, reports, scripts, and supporting documentation are released under Creative Commons Attribution 4.0 International (CC BY 4.0), unless otherwise stated. Third-party datasets, source archives, and cited public records retain their original licenses, terms, and citation requirements.