Research on Self-induction Effect of Alternating Vortex Gravitational Field

Abstract

This paper studies the self-induction effect of alternating vortex gravitational fields through experiments on dynamic vortical gravity fields aenerated during high-speed rail operation. This experiment is a further study of the physical properties of vortex gravity and vortex gravity field.

During high-speed rail operation, there are three states: acceleration, deceleration, and uniform speed. The experiment proves that the alternating vortex gravitational field is produced in the process of the high-speed train accelerating and decelerating, and the alternating vortex gravitational field causes the experimental rod and the experimental car to move perpendicular to the running direction of the high-speed train.

The motion shows that the experimental rod and the experimental car in the carriage are subjected to the force perpendicular to the direction of the high-speed train. This phenomenon can not be explained by the classical mechanics theory, so it is necessary to expand the relevant physical theory. This paper explains this phenomenon as the self-induction effect of the alternating vortex gravitational field, similar to the self-induction effect of the alternating electromagnetic field.Although the high-speed train running at constant speed produces vortex gravitational field, the vortex gravitational field is stable and does not produce vortex gravitational field self-induced effect, so the high-speed train running at constant speed does not produce the vertical motion of the test rod and the test car relative to the direction of the high-speed train.

The essence of the self-induction effect of the alternating vortex gravitational field is that the relative motion between the object in the vortex gravitational field and the gravitational field is the cause of the self-induction effect, which then produces a force on the test rod and the test cart.

Although alternating vortex gravitational fields and alternating electromagnetic fields differ in physical properties, they share symmetry and similarity in related physical characteristics: just as a current generates a magnetic field and its variation produces an alternating magnetic field, corresponding to a moving object generating a vortex gravitational field, and the change in an object's motion produces an alternating vortex gravitational field; similarly, when an object cuts through magnetic field lines, it generates an electromotive force, corresponding to an object cutting through gravitational lines producing a self-induction effect.

This experiment not only proves the existence of vortex gravitational field of moving object, but also proves the existence of self-induction effect of moving object in alternating vortex gravitational field.

Based on the symmetry of vortex gravitational field and electromagnetic field, Faraday's law, Ampere's law, Biot-Savart's law and Lorentz force are extended to the self-induction effect of vortex gravitational field. The theoretical mechanism of self-induction effect of alternating vortex gravitational field is constructed, and the mutual induction effect constant of vortex gravitational field is deduced.