Predictions of the Capacitor Model

If gravity is a function of capacitance, rather than mass, then a variable size star should have a variable gravitational field. This follows from the fact that capacitance is a function of geometry and the dielectric material from which the capacitor is made.

Assuming that the dielectric of a star remains unchanged, we get that gravity should change with changes in its size. As a star grows larger, its gravitational field should grow stronger, and visa versa.

One way to verify or disprove the capacitor model of gravity would therefor be to observe planets orbiting pulsating stars. If planets around such stars change their orbits in harmony with the star, the theory would be verified. A growing star should pull its orbiting planets into closer and faster orbits, while a shrinking star should send its orbiting planets into wider and slower orbits.

Cross section of a hollow star