Unification of Quantum Mechanics and General Relativity

For a century, quantum mechanics has been confined to atoms and particles, while general relativity has been restricted to stars and galaxies. This separation is artificial. This work shows that quantum mechanics governs the stability of neutron stars and compact objects, while general relativity provides a physical interpretation of mass–energy equivalence at the particle scale. Spin is no longer treated as a formal abstraction: it emerges here as a concrete geometric structure associated with confined energy dynamics. A single parameter-free mapping equation generates ordered structures across particle physics and astrophysical regimes, producing explicit, falsifiable physical thresholds without tuning or calibration. The unification is not declared — it is measured. The paper exposes the law, the projections, and the physical thresholds required for direct independent testing — and potential falsification.