Authors: Richard A Peters
The proposed flux model of the gravitational and inertial interactions posits the existence of a field that I label the temporal-inertial (TI) field. The TI field is subject to gravity and, in response to the acceleration of gravity, transmits its own acceleration to massive particles and objects comprising massive particles. The relation between the Higgs field or the Higgs mechanism and what I designate as the TI field is undefined. The flux model asserts that in a gravitational field, the velocity of the TI field combines with that of gravitons emitted by the gravitational body to increase the flux of gravitons relative to the TI field. Thus the response of the TI field to gravity adds to the force of gravity. The flux model describes a system in which particles of the TI field fall radially toward the central gravitational mass. Equations defining the acceleration and velocity profiles about a gravitational body are developed for the flux model. Near a massive gravitational body, such as a black hole, the infall velocity of the TI field reaches relativistic speeds. The relativistic mass increase of particles of the field at these speeds resists further acceleration in accord with the Lorentz factor. Accordingly, particles of the TI field approach light speed as they approach the singularity. The event horizon does not exist in this model.
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