U.i.T part 1: A Time-Gradient Mechanism for Inertia and Gravitation

This paper , first of the U.i.T series (Unified informational Theory) proposes a simple mechanism for the equivalence principle.

The central idea is that force can arise from a mismatch between an internal invariant of a physical system and a change in the surrounding rate of time flow.

That change in time flow may come either from motion, through Lorentz time dilation, or from gravitation, through gravitational time dilation.

If a system is tied to an invariant scale, while the external realized time around it slows differently, a time gap appears between the invariant internal process and its environment.

The proposal of this paper is that this gap is the physical origin of both inertial and gravitational force.

Using a single time-distortion energy ansatz, we show that the same mechanism reproduces inertial kinetic energy, weak-field gravity, and the Schwarzschild gravitational case.

In this way, inertia and gravitation are treated not as separate phenomena, but as two expressions of one underlying time-gradient mechanism.

The equivalence principle then appears not only as an observed fact, but as the result of a common dynamical cause.