Electric charge influence on space-time curvature

This article presents a novel approach to understanding the influence of electric Energy on space-time curvature. Physical laws are the same everywhere. Therefore, I can utilize the general action of charges in space-time (gravitational charge changes space-time curvature in its neighborhood, and gravitational charges radiate when accelerated) and apply it to electric charges. Building on the fundamental premise that space-time curvature exists at every point in the universe, I explore the intricate relationship between electric Energy and the fabric of space-time. By considering the Energy-momentum tensor specific to electric charges, I calculated how space-time curvature alters in the presence of electric charges. My findings indicate that the change in space-time curvature attributable to an electric charge depends on several factors related to the charge: its location, quantity, mass, density, the corresponding electric field, and the charge movement through space-time. These results provide a deeper understanding of the interplay between electromagnetism and general relativity and open a new path to better understanding the nature of electric charges.