Significance Misreadability and Inter-System Conflict
This technical note develops a typed bridge from system-relative significance assessment to cross-system significance reconstruction and, optionally, to conflict-side relevance. The framework distinguishes a source system’s own significance assessment from a receiver system’s own significance assessment and from the receiver’s reconstruction of the source system’s significance. Because significance weights are partial, frame-relative, and need not share a universal scalar metric across systems, cross-system comparison is performed only through a predeclared bridge-local carrier, explicit alignment conditions, and a partial comparison policy. Significance misreadability is defined as a criterion-relative mismatch in the receiver’s reconstruction of source-side significance. Under-reading, over-reading, mislocation, flattening, and ordering inversion are retained as non-exclusive and non-exhaustive mismatch forms. Ready incomparability remains distinct from an undefined comparison, and absence of a detected subtype does not by itself establish global absence of significance misreadability. The framework also preserves the distinction between content uptake and significance reconstruction. A receiver may correctly identify what is communicated while still reconstructing incorrectly what the relevant item weighs for the source system. Significance misreadability is not defined as Inter-System Conflict. A ready-positive significance-misreadability record may coexist with ready-defined compatibility, while positive current conflict may exist without any ready significance-misreadability record. Conflict-side relevance is introduced only through a separate post-classification bridge. It requires an independently positive current conflict, a ready current conflict-relevance basis, same-instance role, temporal, and contextual alignment, and a predeclared association assessment. Positive significance-misreadability relevance does not itself establish conflict-source attribution, physical causation, persistence, escalation, locking, mediation effectiveness, transformation, resolution, or stabilization. The note further preserves a strict boundary from qualitative reconstruction failure. Significance misreadability concerns reconstruction of source-side differential continuation-weight rather than qualitative mapping or manifestation, and neither formal object entails the other. The resulting architecture formalizes how a system may understand what another system communicates while misreconstructing what that communicated item weighs for the source system, without turning that mismatch into a generic theory of conflict or causation.
Authors
- Kostiantyn Osmolovskyi (ORCID: https://orcid.org/0009-0006-3144-7237)
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2026-09-04
- DOI
- https://doi.org/10.5281/zenodo.22306516
- Primary Topic
- Systems Engineering Methodologies and Applications
- Type
- article
- Field-Weighted Citation Impact
- 0.00