Unified Temporal Field Laws with Numerical Applications: Mass, Force, Gravity, Motion, and Entanglement from Scalar Time Dynamics

This work introduces five fundamental physical laws derived from a scalar temporal field , providing a unified framework for understanding mass, force, acceleration, motion, gravity, and quantum entanglement. Each law is supported by direct numerical applications using real particle data, including the electron, tau, proton, top quark, and photons. The model shows that mass and force arise from internal temporal oscillation periods, and even quantum phenomena like entanglement emerge from the temporal coherence between particles. This framework offers a consistent and predictive alternative to conventional field theories by grounding all physical interactions in the geometry of time.