Astrophysics

    

Universal Mass-Energy Equivalence Through Variable Radiation Velocity

Authors: Rao Yanamadala

This paper presents a generalization of the mass-energy equivalence principle, traditionally expressed as E = mR^2 by introducing a variable radiation velocity R. This generalization extends the applicability of mass-energy equivalence beyond the confines of electromagnetic radiation and the speed of light c, allowing it to apply universally to any form of matter, including dark matter and exotic particles. The formula accounts for the possibility of varying radiation velocities for different types of matter and suggests new pathways for understanding energy conversion, cosmological dynamics, and fundamental physics. The implications of this formula extend into areas such as cosmology, particle physics, and energy technology, offering a new framework for interpreting energy-mass relationships across different forms of matter.

Comments: 4 Pages.

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Submission history

[v1] 2024-10-21 07:38:03

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