What question did this study set out to answer?

To enhance the previous MAV-MCC framework by introducing a coherence-gated phase-selection law that redefines local observability.

May 4, 2026Open Access

MAV-MCC 4T+4S — Unified General Theory: Coherence-Gated Vacuum–Web Transition Extension v0.3.0-R1

Key Points

To enhance the previous MAV-MCC framework by introducing a coherence-gated phase-selection law that redefines local observability.
Updated the package to version 0.3.0-R1 which includes a new QBRIDGE phase-selection law.
Introduced new tools like the Bright Squeezed Vacuum validator and provided updates for existing methodologies in TOI-201.
Provided detailed documentation for data requests and reproducibility with SHA256 manifests.
Introduced the QBRIDGE law for local observability transformation through coherence-gated processes.
Updated optical-quantum validation tools for better parameter handling and digitization.

Abstract

This release updates the previous MAV-MCC 4T+4S — Unified General Theory: Vacuum–Web Transition Extension v0. 2. 1 (DOI: 10. 5281/zenodo. 19763931) into a coherence-gated phase-selection formulation. The package introduces and consolidates a QBRIDGE phase-selection law in which local observability is treated as a coherence-gated projection process rather than a passive registration of already-manifest structures. The operative bridge is: Θφ = Θₙorm · π/2 Θφcore = 0. 935503, 1. 380705 rad Θφₑxtended = 0. 785546, 1. 484714 rad The release includes: 1. QBRIDGE canonical phase-selection law. 2. TOI-201 c ASTRO-DYN update: depth-resolved, posterior-lite stable, full posterior/N-body still open. 3. Bright Squeezed Vacuum non-EIT optical-quantum validator: parameter-level, raw-not-found, digitization-ready. 4. BSV raw/digitization audit and data-request pathway. 5. Developing AVI annex: marginal branch-contact tears / threshold-boundary taxonomy. 6. Effective coherence-gated Lagrangian. 7. Hostile-review worklog with numerical provenance and claim boundaries. 8. SHA256 manifests and reproducibility files. This release does not claim a final universal dimensional coherence constant, raw-grade BSV validation, full TOI-201 photodynamical posterior closure, theorem-level AVI ontology, or material-generation proof. For raw/source-data requests or independent replication material, use: mav. mcc. theory@gmail. com Detailed transfer instructions will be provided upon request.

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