Cognitive Continuity Methodology: A Bounded Framework for Describing and Testing Continuity of Decision-Relevant Knowledge

This conceptual working paper reconstructs Cognitive Continuity Methodology (CCM) as a bounded programme concerned with explicitly identified distinctions across changes of representation, user, time or context. Preservation, documented revision, loss and unresolved comparison remain separate outcomes. The paper describes six entities, five relation families, four research questions and a constructed civilian reading-room example. Systematic Neology is located through a documented programme relationship; no umbrella over every neighbouring programme is asserted. The paper relates this object to epistemology, distributed cognition, conceptual work and provenance. No empirical study, validated instrument, global novelty finding or established new disciplinary status is reported. The historical source files are consulted selectively and remain separate restricted records. Whole-file identity between local and archived historical texts is not claimed. English paper with German abstract, conceptual model JSON, README and SHA-256 manifest. Drafting and editorial checks were AI-assisted; no external peer review or personal sentence-by-sentence author review is claimed. This new open edition contains the bounded conceptual reconstruction, not technical source procedures or internal provenance files.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-10-04
DOI
https://doi.org/10.5281/zenodo.23133034
Citations
13
Primary Topic
Scientific Research and Philosophical Inquiry
Type
article
Field-Weighted Citation Impact
148.26
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article

Cognitive Continuity Methodology: A Bounded Framework for Describing and Testing Continuity of Decision-Relevant Knowledge

Andreas Ehstand
13 citations
Zenodo (CERN European Organization for Nuclear Research)
Scientific Research and Philosophical Inquiry
148.26
article

Cognitive Continuity Methodology: A Bounded Framework for Describing and Testing Continuity of Decision-Relevant Knowledge

Andreas Ehstand
article en
13 citations

Abstract

This conceptual working paper reconstructs Cognitive Continuity Methodology (CCM) as a bounded programme concerned with explicitly identified distinctions across changes of representation, user, time or context. Preservation, documented revision, loss and unresolved comparison remain separate outcomes. The paper describes six entities, five relation families, four research questions and a constructed civilian reading-room example. Systematic Neology is located through a documented programme relationship; no umbrella over every neighbouring programme is asserted. The paper relates this object to epistemology, distributed cognition, conceptual work and provenance. No empirical study, validated instrument, global novelty finding or established new disciplinary status is reported. The historical source files are consulted selectively and remain separate restricted records. Whole-file identity between local and archived historical texts is not claimed. English paper with German abstract, conceptual model JSON, README and SHA-256 manifest. Drafting and editorial checks were AI-assisted; no external peer review or personal sentence-by-sentence author review is claimed. This new open edition contains the bounded conceptual reconstruction, not technical source procedures or internal provenance files.

Zenodo (CERN European Organization for Nuclear Research)
Openalex Percentile: Top 0%
Scientific Research and Philosophical Inquiry
148.26
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