Electromagnetic Model of The Solar System Based on The Lorentz Equation

József Ferencz

Abstract

The solar system can also be described with an electromagnetic model. The speed, orbital radius, and gravitational field of the planets can be given using the electric field, the magnetic field, and a new constant. The calculation results are exactly the same as the results of classical physics. There is a connection between gravity, the electric field, and the magnetic field. There is a direct connection between Newton’s, Coulomb’s, and Lorentz’s laws. The new model of the solar system, together with the planets, operates according to Lorentz’s force law. The electric charge of the Sun and the planets can be calculated. Lorentz’s force law shows that gravity is created by an electric field. The operation of a velocity filter can be recognized in the solar system. The motion of the planets can be described classically, using mechanics, but it can also be described using the electric field and the magnetic field. It can also be seen that there are no two different forces. The gravitational force is identical to the electromagnetic force. Depending on which model of the Solar System we use, the result can be either a gravitational or an electromagnetic force field. In this article, we will briefly present the classical model and, in more detail, the electromagnetic model.

Keywords

solar system; gravity; Lorentz’s law; Lenz’s law; Newton’s law; Coulomb’s law; velocity filter; Kepler’s third law; Maxwell; sun constant; space engine; dark energy

Cite This Article

Ferencz, J. (2026). Electromagnetic Model of The Solar System Based on The Lorentz Equation. International Journal of Scientific Advances (IJSCIA), Volume 7| Issue 2: Mar – Apr 2026, Pages 247-252 URL: https://www.ijscia.com/wp-content/uploads/2026/03/Volume7-Issue2-Mar-Apr-No.1039-247-252.pdf

Volume 7 | Issue 2: Mar – Apr 2026