Isomorphic superposition and epistemic stability validation

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Authors: Benjamin Hupe
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Abstract

Isomorphic superposition and epistemic stability validation (Volume 2) extends the DCQN.MATRIX framework by formalising the stability and validation layer of the architecture. The volume develops an information-theoretic and quantum-theoretical description of epistemic stability based on isomorphic superposition of evidence streams and a structured treatment of divergence, resonance and coherence across the septem-nival layer architecture. Volume 2 defines the DCQN system-level stability matrix, including the operational safety levels and systemic conformity criteria, and links these constructs to Jensen–Shannon-based cross-logic, QMM-weighting and the audit-ready result space. Building on the foundations laid out in the first DCQN.MATRIX volume, this second volume consolidates the invariants, guards and validation procedures required to use the DCQN engine as a reproducible, audit-capable assessment protocol in complex information environments.

Fields of Study & Subjects

Diverse Interdisciplinary Research Studies Knowledge Management and Technology Diverse Interdisciplinary Research Innovations

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
20 January 2026
Language
EN
Document type
Thesis