Energetic Space Theory (EST) treats space as a physical energetic medium. Every pointcarries a vacuum-energy potential Φ, bounded between 0 and 1 and visualized as a depth of blue, and the motion of matter is governed by this potential and its gradient rather than by the curvature of a spacetime continuum. This paper records the theory in settled form. From a single calibrating postulate we obtain the field of a body, the law of motion, the universality of free fall, and the relation between orbital speed and the size of a body’s space. We then identify the potential’s two faces—a force field falling as 1/r2 and abounded potential falling as 1/r—and derive the law that governs clocks: the atomic frequency slows as the rapidity of the blue, f = f0 (1−Φ)/(1+Φ), so that time stops exactly at the maximum Φ = 1. This law reproduces, on the theory’s own principles andwith no free parameter, the gravitational redshift, the deflection of light (1.75′′ at the solar limb), the Shapiro delay (∼ 250µs for Earth–Mars), and the perihelion advance of Mercury (42.98′′ per century). Finally we show that the same law unifies gravity withinertia: the gravitational clock equals the Lorentz factor of the local escape velocity, v2 esc/c2 = 2Φ/(1 +Φ), so that a static body is physically a body moving against inwardly flowing space. The black hole is then simply the surface where that flow reaches the speed of light. The theory agrees with general relativity to second order—hence passes every solar-system test—while differing in the strong field, where it makes distinct, testable predictions for neutron-star redshifts and black-hole structure.
Artur Daghlyan (Sun,) studied this question.