Emergence of Mass, Motion, and Gravity from Quantum–Classical Field Tension

We propose a new theoretical framework in which mass, motion, and gravity are emergent phenomena arising from the dynamic tension between a fundamentally superluminal, time-reversible quantum field realm and localized, causal classical spacetime. In this model, mass is not fundamental but results from the trapping of quantum field tension under classical localization, while gravitational curvature arises from gradients in this trapped and residual tension. This approach naturally resolves several outstanding anomalies in modern physics, including the absence of a graviton, the failure to quantize gravity, the nature of dark matter and dark energy, and the origin of inertia and time's arrow. We show that galaxy rotation curves can be explained without invoking exotic dark matter, and that General Relativity is recovered in the limit where quantum field gradients vanish. This unified framework connects microphysical (proton-scale) and cosmological (galaxy-scale) structure formation through a single underlying mechanism. The theory refines the foundation of gravitation and spacetime, presenting gravity as an emergent manifestation of quantum-classical field tension rather than a fundamental interaction.