Can a Steady Current Generate an Electric Field?

Assis, A. K. T.

doi:10.4006/1.3028873

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1991

2022

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Cited by 8 publications

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“…Weber's electrodynamics has been shown to explain electromagnetic phenomena, such as longitudinal force inside electric wire [1,2], anomalous diffusion in plasmas [3], deriving gravitation from electromagnetism [4], electric and magnetic fields surrounding current [5,6], the London moment and Meissner effect of superconductivity [7], and electromagnetic induction [8,9], etc. Weber's electrodynamics has a much simpler form for particle-particle interaction than the popularly used Maxwell equations and Lorentz force [10].…”

Section: Introductionmentioning

confidence: 99%

Extending Weber's Electrodynamics to High Velocity Particles

Li¹

2022

Int J Magnetics Electromagnetism

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Weber's electrodynamics has been shown to explain electromagnetic phenomena by a number of researchers. It has a much simpler form for particle-particle interaction than the popularly used Maxwell equations. However, it has also been shown that Weber's electrodynamics got its limitations. It is not suitable for high velocity particles. And it had negative mass issue, causing non-physical explanation in some circumstances. In this article, we introduce a new theory of weber-like electrodynamics, trying to address the shortcomings of Weber's electrodynamics, and extending Weber's electrodynamics to high velocity particles.

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