Manifestation of Einstein’s Mass-Energy Equivalence when the Particles Travel Near the Speed of Light

Ravi Kumar Chanana

doi:10.63002/asrp.305.1153

Manifestation of Einstein’s Mass-Energy Equivalence when the Particles Travel Near the Speed of Light

Authors

Ravi Kumar Chanana Retired Professor (Voluntarily)

DOI:

https://doi.org/10.63002/asrp.305.1153

Keywords:

Mass-Energy equivalence, Mathematical differentiation, Raman Effect

Abstract

This brief review mainly highlights the manifestations of Einstein’s mass-energy equivalence in the differential form when the particle travels near the speed of light. It is shown that this mass-energy equivalence is possible because of the mathematical relation between a particle and a particle as a wave.