Energy and Momentum of a Stationary Beam of Light in the New General Relativity
Gamal G.L. Nashed, Mohamed M. Mourad
TL;DR
This paper presents an exact solution in new general relativity that models the gravitational field of a stationary light beam, calculating its energy and momentum using Møller's energy-momentum complex.
Contribution
It introduces a new exact solution in the framework of new general relativity for a stationary light beam's gravitational field.
Findings
Derived the Bonnor spacetime solution for a stationary light beam
Calculated the energy and momentum of the solution using Møller's complex
Demonstrated the applicability of new general relativity to beam-like gravitational fields
Abstract
We give an exact solution to the gravitational field in the new general relativity. The solution creates Bonnor spacetime. This spacetime describes the gravitational field of a stationary beam of light. The energy and momentum of this solution is calculated using the energy-momentum complex given by M{\o}ller in (1978) within the framework of the Weitzenb{\rm }ck spacetime.
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Taxonomy
TopicsRelativity and Gravitational Theory · Cosmology and Gravitation Theories · Geophysics and Sensor Technology