Explore the beautiful interplay of electric and magnetic fields through 24 interactive demonstrations. From Coulomb's law to Maxwell's equations and electromagnetic wave propagation.
See also: Fourier Analysis for plane-wave solutions and spectral methods, Differential Geometry for Maxwell's equations on curved spacetime, and Relativity for the unification of electric and magnetic fields under Lorentz transformations.
Field lines, vector plots, and the superposition principle
Electric flux, Gaussian surfaces, and conductor shielding
Equipotentials, E = -nabla V, and capacitors
Current-generated fields, loops, and the Lorentz force
Circulation, changing flux, and electromagnetic induction
The four equations unified, displacement current, and symmetry
Wave propagation, polarization, and the EM spectrum
Poynting vector, LC circuits, and standing waves