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Classical Electrodynamics

, 2020
Classical Advanced Electrodynamics.
Arash Ahmadivand, Burak Gerislioglu, Zeinab Ramezani   +2 more
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Pair Production in Classical Electrodynamics

Foundations of Physics, 1998
One of the most relevant features of quantum field theory is the phenomenon of pair production, the existence of which, first suggested by Dirac, was not even suspected in the older theories. On the other hand Feynman, in the spirit of his spatiotemporal approach to quantum mechanics, showed how a description of pair production could be given within ...
A. Carati
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Classical Electrodynamics

Undergraduate Lecture Notes in Physics, 2022
Francesco Lacava
exaly   +2 more sources

Lagrangian formalism and retarded classical electrodynamics [PDF]

Journal of Mathematical Physics, 1989
Unlike the 1/c2 approximation, where classical electrodynamics is described by the Darwin Lagrangian, here there is no Lagrangian to describe retarded (resp., advanced) classical electrodynamics up to 1/c3 for two-point charges with different ...
J Llosa, A Molina
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Quantization in Classical Electrodynamics [PDF]

Physics Essays, 2002
The theory of a system consisting of two electrically charged particles is deduced using classical electrodynamics. This theory is applied to hydrogen and hydrogen-like atoms.
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The New Classical Electrodynamics

Nature, 1953
EXCEPT for a gauge-fixing condition, Dirac's recent theory1–3 corresponds to the natural form of Maxwell–Lorentz electrodynamics for very fine-grained streams of charged corpuscles all with the same constant mass μ and charge e; the velocity field in the stream is supposed to be continuous and differentiable. The ratio μ′/e is written k; here μ′ is the
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Classical Electrodynamics

, 2018
This book addresses the theoretical foundations and the main physical consequences of electromagnetic interaction, generally considered to be one of the four fundamental interactions in nature, in a mathematically rigorous yet straightforward way.
Lechner, Kurt, Kurt Lechner
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Classical Electrodynamics

American Journal of Physics, 1967
A Lagrangian formulation of classical electrodynamics without a a priori introduction of potentials is presented.
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