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As not all electrodynamics is superconductive, this theory is insufficiently general. Such a theory may be called the general stream theory, and will be considered elsewhere. Here we confine ourselves to discussing some characteristic physical consequences of a the equations of motion, and b the gauge condition of the uniform stream theory.

[physics/] Classical electrodynamics of point charges

These follow from the assumption of:. Dirac, P. LeCouteur, K. Private discussion with B. If only the charge and current densities are considered, the difficulties may be obviated: Physical Review , 72 , Born, M. London, F.

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Skip to main content. And any such challenge is addressed first of all to the youth cognizant of the laws of nature for the first time, and therefore potentially more inclined to perceive non-standard ideas. My words are to you, student and postgraduate. Your life will not be devoted to specification of the hundredth digit of a well-known constant. The very foundation of modern physics has collapsed, and its edifice is tumbling down.

You will have space to develop, and subject to think over. To realize and formulate ideas What can be more worthy? And what can give greater joy of life? I have lived my life, and I can say: neither money, nor power, nor even love I do not even speak about wine and drugs can give you the wonderful, keen feeling that embrace a person when the heap of discrepant and seemingly unrelated facts suddenly find just proportion, simplicity, and you begin feeling harmony of the universe.

I believe that something like this is felt by a woman who keeps healthy and crying baby against her breast after a long and difficult pregnancy and childbirth. Creative work is the only way for a person to experience this feeling. But my words are also for venerable scientists of my own generation. You are knowledge curators. So let us not become like politicians who put their personal ambitions higher than the interests of our common pursuit. In the great evolution movement the Lord prescribed to us the role of the humanity brain.

So let us be worthy of our destination. I take this opportunity to express my gratitude to everybody who directly or indirectly helped in my difficult journey to modern physics.

Mod-10 Lec-31 Classical Electrodynamics (i)

And first of my thanks are addressed to I. This book could not have appeared at all without his attention and support. I am very grateful to all my colleagues in the St. Petersburg Physical Society seminar, and first of all to the seminar curator A. Fogel, who attracted my attention to electrodynamics and persistently revived that interest, sometimes even despite my resistance. As always professional was Svetlana Begacheva who typeset the earlier Russian edition of this book. As always forbearing and benevolent was my wife, Alena, about my love to whom I would like to speak here because I seldom pronounce this in everyday life.


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  7. My thanks to my teachers — professors of Leningrad State University who has given the habit for quantitative investigations and perhaps naive believe in the final victory of truth to me, also to all my friends, and first of all to A. Proszenko who always found strength to support me in my foolhardy initiatives. The spiral structure of electromagnetic waves and of stationary electromagnetic field.

    Maxwell's system of equations is one of the greatest discoveries of the human mind. At the same time, the known solutions of this system of equations have a number of disadvantages. Suffice it to say that these solutions do not satisfy Suffice it to say that these solutions do not satisfy the law of conservation of energy. Such solutions allow some authors to doubt the reliability of the Maxwell equations themselves.

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    We emphasize, however, that these dubious results follow only from a known decision. But the solution of Maxwell's equations can be different partial differential equations, as a rule, have several solutions. And it is necessary to find a solution that does not contradict the physical laws and empirically established facts. Experimental Support for Einsteinian Electrodynamics. Laws and formulas are presented for forces, energy levels, and induction between relatively moving isolated charges, between a Laws and formulas are presented for forces, energy levels, and induction between relatively moving isolated charges, between a current element and an isolated charge, and between current elements.

    Sir J. Thomson, Electricity and Matter.

    electrodynamics

    They are rather to be looked upon as discrete threads embedded in a They are rather to be looked upon as discrete threads embedded in a continuous Aether, giving to the latter a fibrous structure; but if this is the case, then on this the view we have taken of a wave of light the wave itself must have a structure, and the front of the wave, instead of being, as it were, uniformly illuminated, will be represented by a series of bright specks corresponding to the places where the Faraday tubes cut the front. Then the energy is 1.

    The purpose of this article is to bring the basic ideas of O. Jefimenko to the physical and mathematical community about the physical explanation of some theoretical conclusions of the Special Theory of Relativity. In this paper, we In this paper, we analyze the reality of length contraction and its concrete effect on electromagnetic interactions.

    We analyze some relativistic " paradoxes " for the concrete material objects and real physical forces, rather than from abstract viewpoint.

    Classical Electrodynamics

    Against Fields. Using the example of classical electrodynamics, I argue that the concept of fields as mediators of particle interactions is fundamentally flawed and reflects a misguided attempt to retrieve Newtonian concepts in relativistic theories Using the example of classical electrodynamics, I argue that the concept of fields as mediators of particle interactions is fundamentally flawed and reflects a misguided attempt to retrieve Newtonian concepts in relativistic theories. This leads to various physical and metaphysical problems that are discussed in detail.


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    In particular, I emphasize that physics has not found a satisfying solution to the self-interaction problem in the context of the classical field theory. To demonstrate the superiority of a pure particle ontology, I defend the direct interaction theory of Wheeler and Feynman against recent criticism and argue that it provides the most cogent formulation of classical electrodynamics. In a rather old paper, Mario Liu described a hydrodynamic Maxwell equations.