Gravity Model: Inertia as a Conversion of Intrinsic time progression into Gravitational Field

Abstract: This paper presents an alternative interpretation of gravity, where gravitational attraction is not seen as a geometric curvature of space-time, but rather as a manifestation of inertia resulting from the conversion of temporal motion into spatial dynamics. The model expresses gravitational acceleration as a function of the temporal flow gradient, yielding numerical results equivalent to classical theory. The energy basis of gravity is discussed, along with compliance with the law of energy conservation and potential avenues for controlling gravitational interaction via local time modulation. Keywords: temporal gravity; proper time gradient; inertial response; energy conversion; gravitational acceleration; Eₜime; η constant; TTU framework; ontological interpretation; variational principle; time-flow deformation; mass-independent gravity Table of Contents 1. Introduction 2. Types of Motion 3. Gravity as Conversion of Intrinsic Time Progression 4. Mathematical Model 5. Dimensional Consistency of η and Independence from General Relativity 6. Law of Energy Conservation 7. Relationship to General Relativity (GR) 8. Comparison with General Relativity (GR) 9. Conclusions 10. Research Note 11. References 12. Appendixs • Appendix А. Temporal Field Visualization • Appendix В. TTU Retrospective: Evolution of the Temporal Gravity Model