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Physics - Theoretical, Mathematical & Computational Physics | Weber’s Electrodynamics

Weber’s Electrodynamics

Assis, A.K.

1994, XIV, 274 p.

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ISBN 978-90-481-4471-6

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This volume is a substantially complete presentation of the electrodynamics developed by Wilhelm Weber.
Weber's force between point charges is explored and thoroughly analysed. Ampère's force between current elements is discussed in connection with modern experiments relating to the Ampère versus Grassmann--Biot--Savart controversy. Ampère's force is a central feature of this work, as Maxwell maintained it should always be in the study of electrodynamics, although it is included in few textbooks on electromagnetism. A detailed study of this force is an outstanding feature of this book. Other topical questions of physics are analysed, such as a potential-dependent inertial mass, Mach's principle and the origin of inertia, action at a distance as opposed to contact actions, etc. No previous knowledge of the subject is required, and all topics are introduced with both their historical backgrounds as well as modern experimental evidence.
This volume will appeal to physicists, mathematicians, electrical and electronic engineers, historians and philosophers of science.

Content Level » Research

Keywords » DSI_D015

Related subjects » Applications - Electronics & Electrical Engineering - Physics - Theoretical, Mathematical & Computational Physics

Table of contents 

Preface. 1. Vector Analysis. 2. Review of Classical Electromagnetism. 3. Weber's Electrodynamics. 4. Forces of Ampère and Grassmann between Current Elements. 5. Faraday's Law of Induction. 6. Forces of Weber and of Lorentz. 7. Important Topics Related to Weber's Law. 8. General Discussion. Appendix A: The Origins and Meanings of the Magnetic Force F = qv x B. Appendix B: Alternative Formulations of Electrodynamics. References. Index.

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