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UCCRHC-001 Master Corpus Integration Index: Authoritative Structural Map of the Universal Corpus — Version 2.0, Universal Corpus Integration Edition

Sep 2026 · Zenodo (CERN European Organization for Nuclear Research)

Abstract

The UCCRHC-001 Master Corpus Integration Index is the authoritative structural, navigational, provenance, and relationship index for Version 2.0 of the Universal Recoverability Constitution (UCCRHC-001) and the broader Continuity Science / Recoverability-Constrained Systems (RCS) corpus. The Index maps the relationship between the Universal Recoverability Constitution, the Universal Meta-Framework, the Draft Convention on Recoverability and Civilizational Continuity, the Implementation & Domain Annexes, and the specialized mathematical, technical, institutional, biological, financial, informational, environmental, artificial-intelligence, infrastructure, healthcare, communication, quantum, and future-systems publications that contribute to the integrated architecture. Its purpose is to preserve provenance without fragmentation. Specialized publications remain independently identifiable and citable, while materially distinct principles, mechanisms, safeguards, failure modes, definitions, domain rules, and implementation structures are mapped into the canonical UCCRHC hierarchy. Equivalent material is compressed rather than reproduced indefinitely, while stronger protections and genuinely distinct governing rules remain visible. The Index therefore provides a structural map of how the wider corpus contributes to the constitutional, meta-framework, treaty, implementation, safeguard, and domain layers of UCCRHC-001. Version 2.0 reflects the Universal Corpus Integration Edition, in which the broader Recoverability-Constrained Systems corpus is organized under a common architecture based on truthful distinction, identity and agency, lawful authority, consent where required, evidence and provenance, foundation sufficiency, dependency analysis, recoverability intervals, successor-state analysis, common-mode risk, restoration, re-entry, successor responsibility, adversarial testing, recursive governance, and preservation of recoverable future possibility. The Index also supports traceability between domain-specific research and the common UCCRHC safeguards. These domains include, among others, recoverable-futures mathematics, fixed-point and recoverability mathematics, interruption and transition control, input-output continuity, communications and automation, software and hardware, artificial intelligence and federated systems, predictive systems, consciousness and cognition research, healthcare, biological-computational interfaces, financial systems, water continuity, resource governance, Earth and planetary stewardship, identity and consent, foundation-first access, anti-dispossession, institutional accountability, information continuity, and future-developed technologies. A central function of the Index is to prevent source erasure during consolidation. Integration into UCCRHC-001 does not imply that the originating specialized work ceases to exist, loses its publication history, or becomes indistinguishable from later synthesis. Provenance, authorship, source relationships, publication identifiers, and materially relevant distinctions should remain recoverable across future editions. The Index follows the UCCRHC living-system rule: new publications, technologies, actors, domains, relationships, or failure modes may be added when they introduce a materially non-equivalent distinction. Where new material is equivalent to an existing governing rule, it should be mapped rather than multiplied. Where a genuine new distinction changes the governing result, the corpus and its index reopen. This publication is intended as the master navigation and traceability document for researchers, institutions, governments, standards bodies, technical implementers, reviewers, auditors, and other users working across the UCCRHC-001 / Recoverability-Constrained Systems corpus. It does not replace the full text of the Constitution, Meta-Framework, Draft Convention, Implementation & Domain Annexes, or specialized source publications.

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