首页> 外文期刊>Foundations of physics letters >Comment on 'Helmholtz theorem and the v-gauge in the problem of superluminal and instantaneous signals in classical electrodynamics,' by A. Chubykalo et al.
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Comment on 'Helmholtz theorem and the v-gauge in the problem of superluminal and instantaneous signals in classical electrodynamics,' by A. Chubykalo et al.

机译:A. Chubykalo等人评论“经典电动力学中的超光速和瞬时信号问题中的亥姆霍兹定理和v-量规”。

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Fundamental errors in a paper by Chubykalo et al. [2] are highlighted. Contrary to their claim that "... the irrotational component of the electric field has a physical meaning and can propagate exclusively instantaneously," it is shown that this instantaneous component is physically irrelevant because it is always canceled by a term contained in the solenoidal component. This result follows directly from the solution of the wave equation that satisfies the solenoidal component. Therefore the subsequent inference of these authors that there are two mechanisms of transmission of energy and momentum in classical electrodynamics, one retarded and the other one instantaneous, has no basis. The example given by these authors in which the full electric field of an oscillating charge equals its instantaneous irrotational component on the axis of oscillations is proven to be false.
机译:Chubykalo等人的论文中存在基本错误。 [2]高亮显示。与他们的主张相反,“ ...电场的非旋转分量具有物理意义,并且可以专门地瞬时传播”,这表明该瞬时分量在物理上无关紧要,因为它总是被螺线管分量中包含的一项抵消。该结果直接来自满足螺线管分量的波动方程的解。因此,这些作者随后的推论认为经典电动力学中有两种能量和动量传递机制,一种是延迟的,另一种是瞬时的,没有依据。这些作者给出的例子证明,振荡电荷的全电场等于其在振荡轴上的瞬时无旋分量。

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