Gravity General Relativity and Quantum Mechanics Solved by Peter Whitlock Motion First Physics

This project presents a single physical foundation for gravity, General Relativity, and quantum mechanics through Peter Whitlock Motion First Physics. The work begins below the usual division between large-scale and small-scale physics. It develops the physical sequence from difference and motion, through physical limits and M-quanta, into compression, organized motion, stable closure, routing, surrounding motion-state imbalance, and large-scale structure. Gravity is derived as the large-scale routing consequence of persistent organized closure rather than as a separate fundamental interaction. General Relativity is retained where its mathematics accurately describes trajectories, timing relationships, orbital behavior, and gravitational effects, while the underlying physical cause is identified as organized motion and routing. Quantum mechanics is treated from the same foundation. Its successful statistical descriptions are separated from physical cause, with probability, wavefunction, superposition, uncertainty, measurement, and collapse grounded in real motion states, coupling, routing, boundary conditions, and J-factor influence. The result is one continuous physical system operating across scales rather than separate physical foundations for gravity, General Relativity, and quantum mechanics. This project is a direct application and continuation of the broader Peter Whitlock Motion First Physics official research record, where the same underlying foundation is developed and applied across additional subjects and physical domains.