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Boost physics grades with clear explanations of electric charge and fields concepts, featuring hand-drawn animations and practical insights for exam success.
PHYS 102.1x serves as an introduction to charge, the electric field, the electric potential, current, resistance, and DC circuits with resistors and capacitors.
Explore electric and magnetic fields, forces, circuits, and Maxwell's Equations. Learn to calculate fields, analyze DC circuits, and understand electromagnetic radiation using multivariable calculus.
We are introducing the basic theories of electricity and magnetism in this course, which is recommended for students majoring/minoring in Engineering.
PHYS 102.2x serves as an introduction to the magnetic field, how it is created by currents and magnetic materials, induction and inductors, and AC circuits.
Explore the fundamental concepts of magnetism to better understand the rare earth magnet value chain.
Explore magnetism and superconductivity, from electron behavior to advanced applications. Gain insights into magnetic materials, resonance techniques, and quantum phenomena, with a focus on practical understanding and real-world relevance.
You will learn about Oersted’s Experiment, magnetic field, magnetic force, Lorentz force, force on a current-carrying conductor, cyclotron, Biot-Savart Law, Coulomb’s Law, Ampere’s Circuital Law, solenoid, toroid, torque on current loop, magnetic dipole,…
Explore magnetism and band topology in Nd2Ir2O7 through Raman scattering spectroscopy. Gain insights into quantum aspects of magnetism and complex magnetic materials with entangled spin, orbital, and lattice degrees of freedom.
Explore quantum magnetism's frontiers: topology, fractional quantum anomalous Hall effect, and emergent phenomena in complex magnetic materials. Gain insights from cutting-edge research and expert discussions.
Explores quantum aspects of magnetism in bilayer graphene, focusing on spin and isospin interactions. Discusses recent advancements and implications for understanding complex magnetic materials and emergent phenomena.
Explores exotic magnetic phenomena in quasicrystals, focusing on quantum aspects and emergent properties. Discusses recent advances in understanding complex magnetic materials and their potential applications.
Explore rock magnetism's successes and mysteries, from historical breakthroughs to modern applications in paleomagnetism, thermometry, and geological studies. Uncover challenges in understanding magnetic properties of rocks.
Explore planetary magnetism, dipole fields, Earth's magnetic structure, and other planets' magnetic properties in this concise lecture by Dr. Ramón López.
Explore cosmic magnetism in the Milky Way and beyond, learning how magnetic fields shape interstellar space and how scientists measure them. Gain insights into the fascinating world of astrophysics and galactic structures.
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