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

This research presents a foundational dynamical model in which time is conceptualized as a physical field that expands and possesses variable density. The model posits that the curvature of time induced by mass precedes and gives rise to the curvature of space, offering a reversal of the causal structure proposed by general relativity. By formulating a set of differential equations governing the evolution of the temporal field, the paper establishes a framework that connects temporal expansion to the emergence of spacetime geometry. Furthermore, the model opens pathways for integration with quantum field theory, suggesting a potential route toward unifying general relativity and quantum mechanics through a time-centric approach.