On the Essence of Gravitation and Inertia Part 2
Résumé
A mass curves space positively. It also senses (is affected by) curvature, created by other masses, and moves accordingly. In this paper we show how the spin of an elementary particle causes space torsion. This torsion results in space contraction (curving). Knowing how spin and charge curve space we extend Einstein's field equation to become an equation of both energy/momentum and charge/current. This equation becomes a macroscopic/microscopic equation of the physical reality. Charge and angular momentum are quantized and thus we expect curvature of spacetime, on the microscopic level, to be also quantized. Part 1 of this paper presents our model of an elementary particle that yields the axiomatic laws of Newton, the attribute of inertia and shows mass to be merely a practicality. It also shows how an elementary particle senses curvature and moves accordingly. This enables us to prove the equivalence of gravitational mass and inertial mass, whereas here we prove that gravitational mass is the inertial mass.
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