Electromagnetic Fields and Energy
by Hermann A. Haus, James R. Melcher
Publisher: MIT 1998
The text is aimed at an audience that has seen Maxwell's equations in integral or differential form (second-term Freshman Physics) and had some exposure to integral theorems and differential operators (second term Freshman Calculus). The first two chapters and supporting problems and appendices are a review of this material.
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by Roy McWeeny - Learning Development Institute
Contents: Charges at rest: Electrostatics; Electric currents; Magnetism; Getting it all together: Maxwell's equations; Dynamos, motors, and electric power; Waves that travel through empty space; More on electric circuits - making the waves.
by Justin Dressel, Konstantin Y. Bliokh, Franco Nori - arXiv
We present an introduction to spacetime algebra that emphasizes its power as a tool for the study of electromagnetism. We carefully develop this natural algebra of the Minkowski spacetime geometry, with a focus on its intrinsic complex structure.
by Bernhard Auchmann, Stefan Kurz - arXiv
We introduce a relativistic splitting structure as a means to map equations of electromagnetism from curved four-dimensional space-time to 3-dimensional observer's space. We focus on mathematical structures that are motivated by the physical theory.
by David Tong - University of Cambridge
These lecture notes provide a comprehensive introduction to Electromagnetism, aimed at undergraduates. The notes assume a familiarity with Newtonian mechanics and special relativity. They also assume a knowledge of vector calculus.