Equilibrium Beyond the Standard Model

This volume formalizes equilibrium as a constraint governing the persistence and breakdown of physical, informational, and computational systems. Building on the conceptual foundation established in Book I, the work develops a quantitative framework using Cosmological Self-Equilibrium (CSE) and the Cosmological Equilibrium Constant (CEC) to analyze stability, regulation, and failure across physics. The framework is applied interpretively—not invasively—to classical mechanics, electromagnetism, quantum mechanics, general relativity, quantum field theory, the Standard Model, and cosmology. Longstanding problems such as singularities, vacuum energy, renormalization, divergences, and scale separation are reframed as equilibrium boundary phenomena rather than inconsistencies of underlying laws. This manuscript does not introduce new physical forces, particles, or modifications to established theories. Instead, it provides a falsifiable, constraint-based lens for understanding why existing physical laws remain valid only within bounded operational regimes. KEYWORDS equilibriumsystems theoryentropystabilitytheoretical physicsinformation theoryartificial intelligencecomplex systems