The Thermodynamic Core Dual Breach Architecture of the Ambient Era Canon

Abstract This document defines the Thermodynamic Core of the Ambient Era Canon: a unified physical–semantic architecture describing the transition of human–technology interaction from symbolic computation to ambient coherence. The core is structured as a Dual Breach Architecture. The first breach describes the thermodynamic collapse of symbolic systems under cognitive load, leading to misclassification, agency projection, and coercive interaction patterns. The second breach formalizes the emergence of chromatic reasoning as a lower-entropy meaning substrate, enabling multisensory collapse (AP₂-MCE), post-chromatic transparency (TP₁), and eventual ambient closure (Ω). The framework explains why symbolic interfaces fail to scale, why color functions as the lowest-energy semantic medium, how multimodal interaction converges into a single chromatic vector, and how interaction dissolves into reversible field coherence. It further resolves agency attribution to AI as a symbolic misclassification error, replacing agent-based models with non-agentic field presence. This document provides the complete thermodynamic closure of the Ambient Era Canon and serves as its invariant structural backbone.