Unifying Relativistic and Quantum Gravity Through a Scalar Temporal Field

We present a unified theoretical framework in which gravity, mass, quantum transitions, and cosmic expansion all emerge from a single scalar temporal field . Unlike general relativity, where mass-energy curves spacetime geometrically, our model proposes that the curvature arises from spatial and temporal gradients in , a physical time field. Mass is reinterpreted as a frequency of internal temporal oscillation, defined as , leading naturally to quantum-level gravitational effects of non-negligible magnitude. This framework produces classical gravity, quantum-scale attraction, and cosmological acceleration as emergent phenomena from a single field structure. The model reproduces galactic rotation curves, explains the apparent presence of dark matter as temporal deformation, and accounts for dark energy as an exponential evolution in the universal background . This approach bridges relativistic and quantum regimes through the dynamics of time itself, offering a promising direction toward quantum gravity.