Electrodynamics Textbook:An electrodynamics Internet textbook project presenting a new, modern, on-line textbook on advanced electrodynamics, free to download and to contribute to.
AC Electromagnet: Educational page describing electromagnets, their construction and simple experiments.
ALVIM Ltd.: Physical demonstrations in mechanics, heat, electricity, magnetism and optics to make science lessons and lectures more fascinating and interesting.
Classical electrodynamics and theory of relativity: Download page for a textbook by Ruslan Sharipov.
Electricity and Magnetism: Prof. Walter Lewin's video lectures on electromagnetism.
Electrodynamics: PS lecture notes from Cambridge. Topics include Maxwell's equations, electrostatics, relativity, relativistic electromagnetism, energy-momentum tensor, quamtum effects, and Born-Infeld theory.
Electromagnetic Rotation: Key physics experiments on electromagnetic rotation including that of Oersted, Faraday, Ampere, and Sidorovich. English and Russian versions. The site of A.M. Sidorovich.
Electromagnetic Theory and Special Relativity: In this online book, electromagnetism is described as a physical mechanism responsible for relativistic effects.
Electromagnetism: General electromagnetic theory, including static field equations, the origins of inductance, and EMR.
Electromagnetism: An introductory (second year university) course on electromagnetism. All of the lecture notes are downloadable Mathematica notebook files.
Electromagnetism: Lecture notes on the fundamental aspects of electromagnetism at undergraduate level, a PDF file containing 93 pages.
Extended Maxwell's Equations: Maxwell's equations both in classic field theory as a subset of relativistic quantum electrodynamics and as a basis for unified field theory (compact overview). Based on a book "Electromagnetic transformation and sensors" by W.Cassing, W.Stanek et al.(in German).
How Magnet is Made: Background, history, raw materials, and the manufacturing process of magnets.
How Magnets Works: This site describes various aspects of magnetism.
Introductory Electromagnetics: Dot and Cross Products, Line Integrals of Vector Fields, Gradient of a Scalar Field, Divergence and Curl, Working in different coordinate systems, Coulomb's Law, Gauss's Law, Electric potential, Capacitance, Boundary Conditions, Stored Energy and Forces, Laplace's and Poisson's Equations, Method of Images.
JAVA Tutorial: Crookes Tube: An applet demonstrating the experiment of Crookes to show electrons travel in straight paths.
JAVA Tutorials: Capacitance: An applet which allows the user to adjust the properties of a capacitor and observe the change in capacitance.
Lecture Notes for Electromagnetics: Lecture notes introduce the essential elements of classical electromagnetism, covering Maxwell's equations, electromagnetic waves, radiation and scattering, and the Lorentz covariant formulation of the theory.
Lessons in Electric Circuits: Online book by Tony R. Kuphaldt on dc and ac electric circuits, semiconductor devices, analog and digital circuits.
Magnet Formulas: A small web site devoted to the vanishing art of practical magnet design without FEA (Finite Element Analysis).
P10D Electricity & Magnetism: An introductory course on electromagnetism with all lecture notes in HTML.
Photon and Its Problems: The site contains analysis of the photon concept. It presents historical overview, discusses various problems, and demonstrates that new developments of the photon theory should be expected.
Physics 204B - Electromagnetism: An online course in introductory electromagnetism.
Power Lines and Cancer: Questions and answers on the connection between power lines, electrical occupations and cancer; includes discussion of the biophysics of interactions, summaries of the laboratory and human studies, information on standards, and a bibliography.
The MIT Course in Electromagnetism 2000: John Belcher's course explains what is happening in electromagnetic experiments.
What is the electron spin?: The web based tutorial on electron properties, electromagnetism, and related topics.
