What question did this study set out to answer?

The aim is to investigate coherence-gated phase selection effects in two significant benchmarks, focusing on orbital observability and baryon CP violation.

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May 4, 2026Open Access

Coherence-Gated Phase Selection in Two Cross-Domain Benchmarks: TOI-201 Orbital Observability and LHCb Baryon CP Violation

Key Points

The aim is to investigate coherence-gated phase selection effects in two significant benchmarks, focusing on orbital observability and baryon CP violation.
Utilized coherence-gated phase selection formalism in a cross-domain benchmark setup.
Consolidated findings from QBRIDGE/TOI-201 orbital observability and LHCb baryon CP-violation tests.
Defined coherence-retention substrate (CRS) as a stabilizing factor.
Established a new methodology for evaluating orbital observability and baryon CP violation.
Demonstrated the applicability of coherence retention in testing experimental models.
Clarified that no claims were made regarding baryogenesis or direct common causation.

Abstract

This upload presents a claim-bounded MAV-MCC 4T+4S cross-domain benchmark paper. It consolidates the QBRIDGE/TOI-201 orbital observability test and the LHCb baryon CP-violation source-macro/forecast branch under a coherence-gated phase-selection formalism. The paper uses the term coherence-retention substrate (CRS) for the stabilizing coherence gate and explicitly does not claim baryogenesis, direct common causation, or theorem-level seed assignment. email: mav.mcc.theory@gmail.com.

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