| 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. |
Classical
