The Scalar Emergence-Collapse Law: A Universal Framework for Coherence, Collapse, and Biological Phase Dynamics

This paper presents the complete Scalar Emergence–Collapse (SEC) Theory across ten integrated sections, introducing a universal framework that reframes the foundations of cosmology, particle physics, biology, and coherence science. The SEC Law proposes that all matter and behavior emerge from scalar phase dynamics defined by three interrelated parameters: charge-phase continuity (Ψ), spatial symmetry (Hₛ), and rhythmic throughput (Rₜ). The scalar coherence function C(t) = |dΨ/dt · dHₛ/dt · dRₜ/dt| describes the stability or collapse of systems across scale, from quantum fields to galaxies to living tissues. This work reinterprets core astrophysical phenomena—including dark matter, dark energy, inflation, black holes, and the arrow of time—not as exotic forces or singularities, but as phase coherence imbalances. Through rigorous definitions, analogies, and cross-domain reasoning, the SEC Theory invites new experimental pathways and positions coherence—not energy—as the primary organizing principle of reality.