1951Proceedings of the Physical Society Section AOpen access

On the Elimination of Divergencies from Classical Electrodynamics

Suraj N. Gupta

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Abstract

It is shown that the divergencies in classical electrodynamics may be removed by subtracting the self-energies of isolated electrons by means of a modification of the usual expression for the force density in an electromagnetic field. The results obtained are equivalent to those of Dirac and Wentzel.

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It is shown that the divergencies in classical electrodynamics may be removed by subtracting the self-energies of isolated electrons by means of a modification of the usual expression for the force density in an electromagnetic field. The results obtained are equivalent to those of Dirac and Wentzel.

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Available abstract

It is shown that the divergencies in classical electrodynamics may be removed by subtracting the self-energies of isolated electrons by means of a modification of the usual expression for the force density in an electromagnetic field. The results obtained are equivalent to those of Dirac and Wentzel.

Key concepts: Quantum electrodynamics, Classical electromagnetism, Physics, Electromagnetic field, Electron, Stochastic electrodynamics, Dirac (video compression format), Field (mathematics)

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