Completing the Emergence of Agency Through the Carlo Framework: A Mechanism for Action, Choice, and Constraint-Driven Self-Direction

DESCRIPTION: This paper completes the Emergence of Agency by resolving the contradiction between passive physical dynamics and the appearance of directed, self‑initiated action. Classical physics provides no mechanism for agency, while cognitive science describes its components without explaining its origin. Using the Carlo Framework, the paper introduces a contradiction‑driven mechanism in which agency emerges as a stable attractor produced by resolving conflicts between environmental constraint and internal variability. The trajectory update rule formalises how systems transition from reactive behaviour to self‑directed action, while the Reset Operator > mechanises the formation of stable agentic states. This provides a unified account of agency as a structural, mechanistic outcome rather than a metaphysical assumption. The result is a dynamic theory of agency grounded in contradiction resolution. KEYWORDS: agency, emergence, self‑direction, action selection, Carlo Framework, contradiction resolution, behavioural dynamics, constraint pressure, internal variability, agent formation, autonomy mechanics, decision structure, reset operator, contradiction engine, stability attractors, cognitive emergence, action ontology, structural agency, dynamical systems, emergent behaviour