CLAS Cosmogenesis: An Information–Coherence Framework for the Origin of the Universe

This preprint presents an extensive development of the Coherent Logical Actualization Structure (CLAS) framework applied to cosmogenesis. The model proposes that the universe originates from a maximally coherent informational state and evolves through irreversible information actualization. Time, entropy, gravity, and physical constants are treated as emergent phenomena arising from coherence-preserving constraints rather than fundamental primitives. The framework is methodologically neutral and aims to provide a unified interpretative structure consistent with known physics while generating empirically testable predictions. This extended version includes detailed comparisons with existing cosmological models, proposed formalizations, and implications for fundamental physics.