Z(t) temporal field model Unifying Gravity and quantum physics

This paper introduces Z(t), a scalar temporal field representing time as a dynamic wave that influences all physical phenomena. The model derives gravitational acceleration from Z gradients, explains cosmic expansion through intrinsic temporal growth, and reinterprets quantum collapse as coherence loss in the temporal domain. It unifies relativity and quantum field theory by embedding all interactions in the structure of time. Z(t) is quantized, mathematically rigorous, and offers testable predictions.