Temporal Field Theory of Gravity

Abstract

This paper presents an alternative interpretation of gravity, in which gravitational attraction is reinterpreted not as geometric curvature of space-time, but as a manifestation of inertia resulting from the conversion of intrinsic time progression into spatial dynamics. The model expresses gravitational acceleration as a function of the temporal flow gradient, via the core relation
g = η · ∇τ,
yielding numerical results equivalent to classical theory. The model provides an energy-based account of gravity, remains consistent with conservation laws, and outlines experimental avenues for manipulating gravitational interaction via temporal field engineering.