Theoretical analysis derives the energy-momentum equation in physics, highlighting connections between energy and mass.
The relativistic energy-momentum relation is a cornerstone of modern physics, linking the total energy (E) of a particle to its rest mass (m_0) and relativistic momentum (P). Also, Einstein's special theory of relativity [1-4] revolutionized our understanding of space, time, and the fundamental relationship between mass and energy. For better understanding, the author of this article presents a thorough and algebraically sound novel derivation for Paul Dirac’s energy-momentum equation.
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Chinnaraji Annamalai (2025) studied this question.
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