MIsCORE–RIUD: From Undiscovered Residual Structure to a Frozen Physical Clock of Black-Hole Merger Dynamics Papers I–VI + Final Synthesis

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. Together with the broader MIsCORE discovery framework, Papers I–VI trace a cumulative lineage from recurrent residual morphology to connected multiscale paths, population dynamics, a memory-conditioned state system, intrinsic progression registration, and a frozen source-dependent transition-rate law. The canonical development population contains structural paths in 98/99 events, with 97 events forming the main dynamical map (1,077 nodes, 980 transitions). The recurrent topology is: N0 → A1 → G ↔ AR The event-internal coordinate MT organizes intrinsic progression rather than serving as an absolute merger timestamp. On the MT-registered population, a reproducible structural GAP separates dynamically distinct PRE and POST regimes. The frozen physical coordinate S = 0.22030031492055946 z(R) + 0.3457660274266933 z(CHI_A_NORMALIZED) modulates the established state/history hazard through η = η0 + 0.3162354634393393 S, corresponding to a transition-rate multiplier of 1.37195326243019 per unit S. The frozen direction is supported by a 9,999-draw search-aware null (5/9999, p = 0.0006), a law-specific clock null (p = 0.004), frozen development-map replays, and a no-refit Holdout5 validation. Paper V extends the analysis across representations and physical regimes, including 10/10 structural paths in source-native pure-GR SXS data and RAW17 support in 15/17 events under the joint ONPATH/OFFPATH and rarity criteria. Paper VI and post-VI mechanism audits test whether the empirical system can be reduced to a unique microscopic explanation. Stronger predictive and mechanistic reductions remained negative or incomplete, defining the final claim boundary: the project supports an effective memory-conditioned progression law within the frozen RIUD domain, but does not establish a unique microscopic generating mechanism. Structured residual-derived observables can be promoted into a reproducible population dynamical system whose internal progression is organized by MT and whose frozen transition rate is modulated by source physics. The release includes the integrated Papers I–VI volume, numerical and provenance companions, frozen validation assets, figures, a compact executable reproduction package, and a complete recorded execution. Holdout30 remains untouched and reserved for external independent validation. The results do not establish a violation of general relativity, Beyond-GR physics, quantum gravity, or a new fundamental interaction. https://drive.google.com/file/d/1NkVBbP3PiWRlf15_NQRC9jE5NPEmLvaG/view The video records a complete execution of the package from launch through the final reported outputs, including the event-level NODE/PATH diagnostic and the separate frozen R40 numerical replay. It is provided as an inspection and accessibility aid for users who cannot conveniently run the package locally because of environment setup, hardware limitations, or computation time. It does not replace independent local reproduction. Standalone Papers MIsCORE–RIUD: Paper IDefining and Falsifying Recurrent Merger-Local Morphology in Gravitational-Wave Post-Model Datahttps://zenodo.org/records/22270204 MIsCORE–RIUD: Paper II Connected Multiscale Paths in Gravitational-Wave Post-Model Datahttps://zenodo.org/uploads/22278310 MIsCORE–RIUD: Paper III Partially Shared Dynamics in Recurrent Gravitational-Wave Undiscovered Pathshttps://zenodo.org/records/22282910