From Local Registration to Physical Record: Thermodynamic Robustness in a Whole-First Quantum Framework

This technical note places the downstream transition from local registration to durable physical record within the Whole Pattern, Local Event (WPLE) framework. The earlier WPLE papers order the analysis through Whole-priority, physically grounded articulation, relational resolution, and local registration. The present note takes the next physical step: how a registered result acquires stability, durability, and fact-like accessibility within the enlarged apparatus-environment configuration. Established work on decoherence, environmental records, pointer robustness, measurement thermodynamics, and irreversible detection provides the relevant mechanisms. The central claim is that the durability and fact-like character of a registered result can belong to the macroscopic record and its thermodynamic embedding rather than to a continuously localized microscopic bearer. In this way, WPLE local registration connects directly to established physics of record formation and effective irreversibility. WPLE Framework Anchors: This paper is part of the Whole Pattern, Local Event (WPLE) framework series.