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

Description: 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-field gradients, explains cosmic expansion as intrinsic temporal stretching, and reinterprets quantum collapse as coherence loss in the temporal domain. By embedding all physical interactions in the structure of time itself, the Z(t) framework offers a unified perspective that connects general relativity with quantum field theory. The theory is mathematically rigorous, testable, and opens new pathways for understanding the fabric of reality from a temporal foundation.