Causal Coherence and Metric Deformation: A Unified Framework for Observer-Dependent Space-Time Geometry

This release contains the canonical documents of the Cognitive Geometric Resonance (CGR) framework, a formal theoretical model proposing that causal coherence of an observer functions as an information-theoretic coupling capable of deforming space-time geometry. The collection introduces the concept of Causal Entropy (Sᵢ) and establishes a Coherence Threshold Principle, under which deterministic causal dominance emerges and paradox suppression occurs. The framework extends classical General Relativity by incorporating observer coherence as a structured, non-empirical variable affecting metric stability, geodesic selection, and causal collapse. This archive constitutes a formal theoretical contribution, making no empirical or experimental claims, and is intended for mathematical physics, information theory, and foundational studies of space-time, causality, and observer participation.