RIUD: Residual Is Undiscovered Data: From Local Morphology to Population Dynamics and a Frozen Physical Clock in Gravitational-Wave Undiscovered Data

Abstract

RIUD (Residual Is Undiscovered Data) is a residual-first observational framework for retaining, localizing, testing, and progressively classifying structured post-model data before assigning a physical origin. This integrated volume presents Papers I-IV as a sequential research lineage from localized detector-coherent morphology to connected paths, raw-strain and conditional-phase support, partially shared path dynamics, and a population-level state system with a frozen physical ordering coordinate and transition clock. The analysis preserves object-specific statistical contracts, negative results, provenance, search-aware controls, and explicit claim boundaries. The generating mechanism remains unresolved; the results do not establish a violation of general relativity, Beyond-GR physics, or quantum gravity. This record contains the integrated Papers I-IV volume together with a claim-evidence numerical companion. The companion is intended to document the frozen numerical sources, design and role locks, manifests, hashes, and verification assets supporting the published claims. It is not a full raw-to-final computational reproduction archive. Large public GWOSC inputs and full runtime intermediates are not included.