PIW–CWG: A Constraint-Based Framework for Evaluating the Persistence of Organized Relational Structures

PIW–CWG Version 1. 0 is a frozen methodological specification for a constraint-based systems-analysis framework designed to evaluate the finite persistence characteristics of Organized Relational Structures (ORSs) under physical constraint. The framework operates entirely within established thermodynamics, relativity, information theory, and systems engineering. It does not introduce new physical laws, cosmological modifications, or teleological assumptions. PIW–CWG models persistence as an exit-time timescale ( () ) from a bounded homeostatic domain defined across three primary constraint regimes: • Thermodynamic Constraint• Causal Horizon Constraint• Information Integrity Threshold The framework introduces operational concepts including: • Dependency Depth ( (Dd) ) • Intrinsic Persistence Radius ( (₈₍ₓ) ) • Scaffolded Persistence• Constraint-Failure Topologies• Boundary Contraction Dynamics• Operational Coupling-Density Boundary Mapping Version 1. 0 includes: • Formal mathematical primitives• Operational audit methodology• Comparative taxonomy structures• Cross-domain cascade logic• Empirical calibration case studies• Explicit falsification vectors• Bias-control and field-audit procedures This release is formally frozen against conceptual expansion. Future development is restricted to empirical calibration, comparative application, notation refinement, compression, and adversarial stress-testing. The framework is intended as a comparative systems-analysis methodology for evaluating persistence behavior across physical, biological, infrastructural, informational, and distributed organizational systems.