This paper introduces a minimal structural mechanism that explains how systems transition from fragmentation to coherence across multiple scales. Using the SIUC framework (Structure, Interactions, Unification, Coherence), it formalizes a generic cycle—fragmentation, tension, compensation, stabilization—observable in cognitive systems, collective dynamics, and engineered architectures.The compensatory function, often associated with “consciousness,” is treated strictly as a regulatory process that reduces internal tensions, without psychological or metaphysical assumptions. The paper provides a neutral, mechanical description of how systems detect incompatibilities, reorganize themselves, and regain coherence.By presenting a transversal structural pattern applicable to individuals, groups, societies, and technical systems, the work offers a reusable analytical tool for studying coherence formation and systemic regulation.
Christian St-Louis (Fri,) studied this question.