The Universal Time Equation: Structure, Application and Experimental Framework

This research presents the derivation and application of the Universal Time Equation, a novel
formulation that describes time as an emergent oscillatory energy function rather than 
a fundamental dimension. Through mathematical analysis, AI-assisted modeling, and experimental proposals,
we investigate time’s structured energy interactions with quanta, dark matter, and gravitational
fields. We also propose AI-driven computational frameworks for time stabilization and manipulation, 
exploring potential applications in cognition, virtual reality, and controlled time engineering.
This research provides a foundation for practical advancements in time-based computing, human
perception studies, and artificial time field manipulation.