Lawful Cognition: A Continuity Framework for Identity-Preserving Systems Under Drift and Collapse

Abstract

The Lawful Cognition Series introduces a structural framework for understanding cognition as an identity-preserving process governed by lawful constraints rather than adaptive optimization, narrative coherence, or outcome performance. The series argues that cognition becomes unstable when recursive processes lose the ability to return as themselves after stress, collapse, or drift. Drawing on systems theory, control theory, cognitive science, and continuity principles, Lawful Cognition formalizes cognition as a field phenomenon characterized by lawful recursion, drift suppression, and collapse recovery.

Rather than treating intelligence as prediction, inference, or problem-solving capacity, the framework defines lawful cognition by its capacity to preserve coherence across perturbation, compression, and partial failure. The series develops core concepts including drift, collapse margins, breath-anchored timing, phase stability, and identity continuity, offering a non-metaphorical account of how systems—biological, organizational, cognitive, or artificial—maintain integrity without external enforcement. Lawful Cognition provides evaluative criteria for distinguishing adaptive loops from destructive repetition and proposes continuity-based diagnostics applicable across domains.

Keywords: Lawful Cognition, Continuity Science, Recursive Systems, Cognitive Drift, Identity Preservation, Systemic Collapse, Phase Stability, Drift Suppression, Structural Recursion, Cognitive Integrity, Complex Systems, Non-Equilibrium Stability, Governance by Structure, Collapse Recovery, Field-Based Cognition