Electrogravity Field of a Charged Mass Object

Shaheen Ghayourmanesh, Eshagh Soufi Amlashi

Abstract: This article explores the Electrogravity (EG) field around a charged mass object and derives a Schwarzschild-like solution for Mousavi's EG field equations. The metric functions are derived in a 5D coordinate system, incorporating the concept of the fifth dimension in General Relativity. The implications of this solution for electromagnetism and gravitation are discussed. The Schwarzschild-like solution reveals a deviation in the event horizon radius of charged black holes compared to non-charged ones, highlighting the influence of electric charge on gravitational fields. Experimental evidence supports the presence of cylindrical curvature in spacetime due to electromagnetic fields, further affirming the validity of Mousavi's electrogravity field equations. The EG theory presents a unique perspective on fundamental forces, promising new insights into the nature of spacetime and its relation to electromagnetism in theoretical physics.

Keywords: Mousavi, Electrogravity, Field Equation, General Relativity, Schwarzschild-like Solution, 5DSpace-Time Coordinate System, Gravity, Electricity