Revisiting Time, Gravity, and Parallel Universes within the Framework of Modern Physics

This paper proposes a conceptual revision of time and gravity by introducing a mass-dependent formulation of time derived from quantum and gravitational constants. A novel time equation is presented, suggesting that time emerges as a consequence of mass, gravitational strength, and quantum-scale interactions. Additionally, we propose a modified gravitational model in which relative velocity acts as a mitigating factor, reducing gravitational attraction at high speeds. This formulation provides an intuitive explanation for the stability of cosmic and atomic systems. Separate technical reports have been prepared to support the development, assumptions, and numerical analysis of both the time and gravity formulas. Finally, the paper integrates quantum observation theory and the Many-Worlds Interpretation to explore how consciousness and measurement may influence physical reality. This framework offers alternative insights into relativistic anomalies, cosmic balance, and atomic structure without relying on spacetime curvature or dark matter.