Magnetism: Forces, Fields, and Applications

This course takes you into the intriguing realm of magnetism, offering a thorough understanding of how magnetic forces and fields interact with charged particles, electrical currents, and various materials. Starting with the fundamentals, you’ll explore how charged particles move through magnetic fields and delve into phenomena like the Hall effect, magnetic dipole moments, and the torque generated in current loops—key principles behind technologies such as electric motors, cyclotrons, and MRI machines.

The course also extends to advanced applications, examining how magnetic forces power innovations like particle accelerators, mass spectrometers, and magnetic storage devices. Through a blend of mathematical analysis, practical examples, and problem-solving exercises, you’ll gain the knowledge and confidence to apply magnetic concepts in both theoretical studies and real-world engineering challenges.