Overview

The Carathéodory Trilogy unites three groundbreaking mathematical and physical frameworks inspired by Constantin Carathéodory's original insights into thermodynamics, accessibility, and variational structure. This volume develops a coherent, modern reformulation of physical law through the lenses of Multifaceted Coherence (MC), the Superluminal Graviton Condensate Vacuum (SGCV), the Carnot-Carathéodory geometric tradition, and the Dodecahedron Linear String Field Hypothesis (DLSFH). Across these studies, classical thermodynamics is reinterpreted as a geometric theory of coherence; sub-Riemannian accessibility is extended into discrete quantum lattices; and variational principles are rebuilt using the infinite-layered tensor calculus of Infinity Algebra. A dedicated chapter expands Carathéodory's umbilic problem into a coherence-driven geometric program, linking smooth differential geometry with discrete dodecahedral structures and curvature flows. Rigorous but accessible to advanced readers, this book offers: - A modern geometric interpretation of thermodynamics grounded in coherence theory - A discrete-to-continuum framework for diffusion, curvature, and accessibility - A full variational architecture for non-smooth, multi-level tensor fields - New perspectives on classical geometric conjectures through SGCV and MC dynamics - A unified conceptual bridge across physics, geometry, and information structure The Carathéodory Trilogy is designed for mathematicians, physicists, and researchers interested in foundational geometry, quantum coherence, and emerging theoretical frameworks that extend beyond traditional field theory. It presents a cohesive vision in which deep mathematical structure and physical law are inseparably linked through coherence, curvature, and the geometry of accessible transformations.

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