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UMD proposes a single operational dictionary in which open quantum dynamics (CPTP/GKSL), information geometry (monotone metrics), entanglement-response ideas, and renormalization-group (RG) intuition are expressed in terms of the state ρ, modular generators K = −log ρ and Kρ|σ, and a shared panel of measurable diagnostics. The aim is not a universal “TOE claim” but a domain-aware bridge framework: each emergence statement is paired with stability criteria, explicit failure domains, and reproducibility discipline (protocol + manifest + aggregates). This paper defines the common master equation interface, the unified measurement panel, and the rules for domain statements, stability gating, and failure-domain reporting.
Несен О. И. 2026. Universal Modular Dynamics (UMD): A Bridge Language for Open Quantum Systems, Information Geometry, Entanglement-Response, and Renormalization-Group Diagnostics. PREPRINTS.RU. https://doi.org/10.24108/preprints-3114738
