Copeland Ontologic Registry 0w-0019: A Revision-Tracked Meta-Ontology for Cross-Domain Legibility Analysis

0w-0019 graph/viewer/public-readiness update This revision provides the 0w-0019 release snapshot of the Copeland Ontologic Registry, a revision-tracked meta-ontology developed by Christopher W. Copeland / C077UPTF1L3. This version advances the registry from internal graph substrate readiness toward public-facing reviewability by adding a graph/viewer/public-readiness pass. The substantive change in this release is not a new prose manuscript integration. It is a structural and navigational update to the registry’s canonical graph layer. The 0w revision improves public legibility by addressing duplicate display labels, edge-label classification, dangling-edge decisions, and export-path documentation while preserving the registry’s non-collapse discipline. This update adds a dedicated 0w public export manifest identifying the intended GitHub-facing and viewer-facing artifacts: START_HERE.md, CURRENT_STATUS.md, HOW_TO_READ_THE_REGISTRY.md, ONTOLOGY_PUBLIC_MAP.md, GRAPH_VIEWER_README.md, a standalone neighborhood graph viewer, and a machine-readable graph-data payload. These are treated as downstream public navigation aids derived from the workbook’s canonical graph tables, not as replacements for the workbook itself. The graph alias/viewer pass disambiguates duplicate display labels without merging ontology identities. Node identity remains governed by canonical node IDs. Viewer labels are introduced only as readability aids so that public users can distinguish similarly named or repeated concepts without collapsing distinct rows, sources, or ontology claims. The edge-label review pass classifies previously unclassified edge labels where safe while leaving ambiguous relations marked for review rather than forcing premature closure. This preserves the registry’s correction discipline: edge categories are strengthened where the relation is clear, but broad or context-dependent labels remain open for later semantic audit. The dangling-edge decision pass creates archive placeholder target nodes for unresolved or deprecated targets while keeping affected edges excluded from default rendering. This preserves edge integrity without reactivating archived sheets as active semantic claims. The update therefore maintains historical traceability while preventing deprecated or unresolved material from being presented as current canonical structure. This release also appends a revision/falsification ledger entry documenting the observed public-readiness failure: the graph substrate was technically usable but still difficult for human readers because of duplicate display labels, unclassified edge labels, excluded dangling-target edges, and the absence of a public README/viewer layer. The correction action records viewer labels, alias mapping, safe edge-label categorization, archive placeholders, public export documentation, and a standalone graph-viewer payload. The 0w-0019 release should be read as a public-readiness and graph-legibility update to the evolving 0019 registry lineage. It does not claim that the full registry has reached final semantic audit, complete citation readiness, or full graph/viewer parity. It does claim that the workbook now contains a more disciplined public navigation layer for reviewers, collaborators, and downstream GitHub/viewer presentation. Recommended reading path: begin with the registry index and release-summary materials; review the 0w graph/viewer summary, public export manifest, ledger append, edge-label review, graph alias view, and dangling-edge decision sheets; then use the canonical graph tables as the source of truth for any downstream viewer or public-facing artifact. This release is the current authoritative 0w-0019 workbook snapshot of the registry lineage. Future registry releases should continue to be deposited as new versions of this Zenodo record to preserve linked revision history. _____ 0h-0019 morphology-layer update This revision carries the already-published morphology paper, "When Uncertainty Becomes Burden: Collapse Morphologies, Premature Closure Cascades, and the Discipline of Non-Collapse" (https://doi.org/10.5281/zenodo.20258626), into the Ontologic Registry as an explicit morphology-layer integration rather than as a prose attachment or isolated source note. The substantive change is the addition of Collapse Morphology as an ordered assembly layer: a structured, reviewable sequence in which existing ontology elements combine into a failure-and-repair pattern. The first named instance is the Premature Closure Cascade, which arranges low observability, premature closure, proxy substitution, amplification, lock-in, correction latency, burden externalization, and trust debt into a disciplined cross-domain review sequence. This update also formalizes the Native-Term Preservation Rule: source-domain terminology must be preserved before a case is translated into the shared ontology lexicon. The ontology language functions as a return layer, not as the first interpretive layer. This prevents cross-domain mapping from flattening distinct domains into false equivalence. The revision further operationalizes the Proof Packet Protocol. Proof packets are treated as public reviewer paths, not illustrative examples. Each packet must preserve case history, native disciplinary terms, evidence anchors, a coded morphology pass, rival explanations, falsification conditions, protected non-equivalences, reviewer entry path, and boundary/non-claim status. The integration reclassifies correction latency as a morphology-critical harm amplifier and burden externalization as the ethical endpoint of the sequence. It also adds trust debt and disclosure latency as public-facing extensions of the same morphology, and narrative proxy substitution as a proxy-substitution subtype. This release should be read as a morphology-layer integration into the revision-tracked ontology. It does not claim that all referenced domains share a single cause, substrate, or moral status. It claims only that the registry now has an explicit layer for representing ordered collapse morphologies when evidence supports the full sequence. Recommended related-work metadata: - Is supplemented by: https://doi.org/10.5281/zenodo.20258626 - New version of the 0g-0019 registry record: https://doi.org/10.5281/zenodo.20261121 ----- This deposit provides the 0g-0019 release snapshot of the Copeland Ontologic Registry, a revision-tracked meta-ontology developed by Christopher W. Copeland / C077UPTF1L3. It functions as the canonical source artifact for a legibility-first framework designed to support cross-domain classification under uncertainty without collapsing distinct domains into false equivalence.The registry is not a conventional prose manuscript. It is a structured research object containing ontology sheets, concept crosswalks, source-status materials, revision/falsification ledgers, proof-packet integration, reviewer routes, and bounded establishment claims. Its purpose is to make visible how concepts, cases, sources, mappings, and correction histories are organized across a large cross-domain framework.The unique contribution of this release is the operationalization of a non-collapse ontology: a method for preserving distinctions between observation, representation, thresholding, action, feedback, correction, and failure while still allowing role-based comparison across domains. The registry supports the distinction between native disciplinary terminology and cross-domain return lexicon. It therefore helps reviewers evaluate whether a mapping is grounded in the source domain first, and only then translated into the shared ontology.This 0g-0019 revision includes limited integration of the paper “When Uncertainty Becomes Burden: Collapse Morphologies, Premature Closure Cascades, and the Discipline of Non-Collapse” through release summary, source registry, concept crosswalk, proof-packet mapping, atlas case index, reviewer paths, release-readiness notes, and ledger entries. The integration is intentionally bounded: the registry remains the canonical meta-ontology artifact, while the paper remains a separate prose manuscript.The contribution is not merely the collection of many concepts or cases. The contribution is the governed structure: a revision-tracked artifact that separates ontology, source status, evidence readiness, cross-domain mapping, proof-packet support, reviewer pathways, and correction history. It offers a way to inspect how a cross-domain ontology is built, revised, constrained, and made falsifiable over time.This release should be understood as a structured ontology registry, a meta-ontology artifact, a revision-tracked research object, a source-of-truth snapshot for downstream GitHub/viewer artifacts, a controlled cross-domain mapping system, and a record of concepts, cases, mappings, proof packets, source statuses, and correction history.It is not a finished textbook, a final universal ontology, a complete empirical validation study, a fully audited citation database, a claim that every graph/viewer output has perfect parity, or a substitute for the separate prose manuscripts cited from it.This release should be read as a current authoritative snapshot of an evolving revision-tracked system, not as a claim that every row, source, graph edge, or downstream viewer representation has reached final validation. The included revision/falsification ledger records correction history and open limitations so that the artifact can be reviewed as a governed research object rather than as an uncontrolled accumulation of notes.Recommended reading path: begin with the index and release-summary sheets; review the revision/falsification ledger to understand what changed and what remains open; use the source-status and concept-crosswalk sheets to distinguish source presence from claim readiness; use the proof-packet and atlas sheets to inspect concrete case mappings; a