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The aim is to formalize thermodynamic laws through finite group structures and projected emergent concepts.

February 19, 2026Open Access

ONE AXIOM : The Entropy-Coherence Isomorphism

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The aim is to formalize thermodynamic laws through finite group structures and projected emergent concepts.
Derivation based on the finite group structure $G = S_4 \times \mathbb{Z}_2^3$
Dual-track methodology distinguishing between Ontological Coherence Resolution (OCR) and Ontological Epistemic Resolution (OER)
Use of 13 dual-track theorems to connect symmetries with measurable phenomena
Exploration of physical laws across three ontological layers: $$, $5$, and $$
Establishment of the identity linking coherence metric to relational entropy
Definition of a structural capacity invariant constrained to $I_F = 192$
Predicted experimental deviations in coherence excess related to Dynamic Casimir Effect
Model aligns 0.07% with Big Bang Nucleosynthesis data

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Derives thermodynamic laws through group structures, indicating a link between coherence and entropy.

Robert Spychalski (2026) studied this question.

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