Can Maxwell's Equations Describe Elementary Waves and Charges?

Details Can Maxwell's Equations Describe Elementary Waves and Charges? Can Maxwell's Equations Describe Elementary Waves and Charges?

2009-12-25

arxiv.org/abs/0912.4959v1

Physics

General Physics

Old EM equations, new non-empty space solutions

Scientific paper

The steady Poynting flow defines the elementary Maxwell-Heaviside wave which spirality replicates the helicity of photons in quantum physics. The angular momentum of this classical wave requires non-point classical charges for elementary emission - absorption events. Analytical field solutions of Maxwell's equations can specify the nonlocal radial source for EM fields instead of the localized point charge. The Maxwell-Mie (astro)electron has the monotonous radial astrodistribution of only negative charge densities, while the positive elementary (astro)charge contains a sharp radial front between positive and negative densities. Non-empty space around visible macroscopic frames of laboratory bodies is filled by only negative fractions of continuous (astro)protons as well as of (astro)electrons.

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