The Laws of Nature in the ψ₀-OCM: Canonical Laws, Stabilization Limits of Classical Physics, and Falsifiable Discriminators

This work presents an open priority statement of the laws of nature within the ψ₀-OCM (Osborne Cosmological Model). The framework treats ψ₀ as the fundamental substrate, with physical evolution arising from redistribution dynamics governed by active (holographic) boundaries and detachment-state admissibility. Classical conservation laws, spacetime geometry, and quantum evolution are recovered as stabilization closures within redistribution-locked regimes rather than assumed as globally fundamental. The paper formulates the canonical laws of the ψ₀-OCM, establishes the regime logic by which General Relativity, quantum field dynamics, and gauge theory are recovered in stabilized limits, and specifies conditions under which classical closures are expected to fail in active redistribution zones. Explicit falsifiability criteria and discriminator predictions are provided, targeting cosmological structure formation, dark-sector inference, and boundary-environment correlations. Extensions demonstrate how cosmic structure and biological persistence arise as nested stabilization regimes governed by the same redistribution principles, providing a unified mechanism-level bridge across physical scales. This release establishes scientific priority for the ψ₀-OCM law structure while deferring proprietary calibration pathways, constant reconstruction, and implementation-level details to companion technical publications.