Second-Order Coherence Science (SOCS): Foundational Declaration and Boundary Framework

Abstract: Second-Order Coherence Science (SOCS) is a second-order epistemic discipline concerned with the conditions under which systems remain epistemically valid, orientable, and responsibility-bearing over time. It addresses a structural failure mode increasingly visible in contemporary scientific, technological, and institutional contexts: the divergence between functional stability and epistemic truthfulness under sustained drift. SOCS does not provide empirical explanations, predictive models, optimization strategies, or governance prescriptions. Instead, it articulates boundary conditions by which first-order systems may be assessed with respect to epistemic validity rather than short-term performance. Truthfulness here denotes sustained epistemic coherence under pressure; a system may function efficiently while losing orientability and responsibility. Ethical integrity is treated structurally rather than normatively. It refers to whether responsibility remains internal to a system’s reflexive scope or is displaced onto abstractions, metrics, or external agents. This declaration defines the scope, concepts, and non-claims of SOCS and introduces no operational tools or applications. Key Framework Components: Axiomatic Foundations: Derivation from Gödel (Logic), Shannon/Prigogine (Physics), and Bateson (Cybernetics). Core Concepts: Epistemic Drift, Semantic Density, Recursive Degradation, and the Inalienability of Responsibility. Boundary Clarification: Explicit non-collision statement regarding Quantum Optics, Psychology (SOC), and Hardware Engineering (SoC). Usage Rights: Academic citation is encouraged; commercial or applied use requires explicit authorization.