Gravity from RealClock Quantum Mechanics: Clock-Geometry Stress-Energy, Torsion, and the Einstein Limit

This manuscript builds the missing gravitational bridge for RealClock Quantum Mechanics, showing how internal clock geometry—normally hidden inside the complex phase of quantum theory—carries real stress‑energy, can source torsion, and reduces cleanly to Einstein gravity under a controlled hierarchy. By promoting the clock axis and clock connection to dynamical fields, the work reveals a unified geometric structure beneath phase, mass, spin, and gravity, with falsifiable signatures ranging from torsion and spin‑dependent effects to cold clock‑sector excitations and cosmological stresses. If correct, this framework opens a new route to dark‑sector phenomenology and positions quantum phase geometry as a genuine player in gravitational physics.