- Lecture Notes 01: Introduction/Overview, Coulomb's Law, Electric Field, Principle of Superposition
- Lecture Notes 02: Gauss' Law, Divergence Theorem, Stokes' Theorem
- Lecture Notes 03: Electrostatic Potential, Poisson and Laplace Equation, Boundary Conditions
- Lecture Notes 04: Work and Electrostatic Energy
- Lecture Notes 05: Electrostatic Properties of Electrical Conductors, Capacitance
- Lecture Notes 06: The Method of Images/Image Charge Problems
- Lecture Notes 07: Laplace's Equation, Uniqueness Theorem(s), Laplaces Equation in 3-D, Separation of Variables, Series Solutions, Boundary Conditions
- Supplemental Handout 1: Vector Spaces, Inner Products, All That...
- Lecture Notes 7.5: Laplace's Equation in Two and Three Dimensions: Explicit Examples
- Supplemental Handout 2: Laplace's Equation in Two and Three Dimensions: Nine More Explicit Examples
- Lecture Notes 08: Electric Multipole Expansion, Electrostatic Multipole Moments
- Miscellaneous Handout: Taylor Series/Binomial Series Expansions
- Lecture Notes 09: Electrostatic Fields In Matter, Dielectric Materials and Their Properties
- Dielectric Constants of Various Materials
- Lecture Notes 10: Electrostatic Fields Inside A Dielectric, Boundary Conditions on E, D and P
- Lecture Notes 11: Boundary Value Problems with Linear Dielectrics; Electrostatic Energy of, Forces Acting on Dielectrics
- Lecture Notes 12: Microscopic Theory of Dielectrics, Clausius-Mossotti Eqn, Langevin and DeBye Eqns; Ferro-, Piezo- and Pyro-Electric Materials

- Lecture Notes 13: Steady Electric Currents, Magnetic Field, B, Lorentz Force Law
- Lecture Notes 14: Magnetic Field from Line/Surface/Volume Currents, the Biot-Savart Force Law, Magnetic Torques
- Lecture Notes 15: Divergence & Curl of B, Ampere's Law, Applications of Ampere's Law
- Lecture Notes 16: Magnetic Vector Potential, A; B = Curl A, Magnetostatic Boundary Conditions
- Lecture Notes 17: Multipole Expansion of the Magnetic Vector Potential, A; Magnetic Multipoles; B = Curl A
- Lecture Notes 18: Magnetic Monopoles/Magnetic Charges; Magnetic Flux Quantization, Dirac Quantization Condition, Coulomb/Lorentz Force Laws for Electric/Magnetic Charges, Duality Transformations
- Four Different Kinds of Magnetism
- Lecture Notes 19: Magnetic Fields in Matter I; Dia-/Para-/Ferro-/Antiferro-Magnetism; Magnetization, M; Bound Volume and Surface Currents, Jm_bound, Km_bound; Ampere's Law, Curl B = mu_o * Jm_tot; Auxillary Field, H; 3 Continuity Equations
- Lecture Notes 20: Magnetic Fields in Matter II; A and B-fields; Magnetic Field B inside Magnetized Matter; Magnetic Scalar Potential, Surface/Volume Densities of Magnetic Pole Strength; Langevin's Eqn for Paramagnetic Materials; Ferromagnetic Materials, Hysteresis
- Supplemental Handout 3: Comments on Auxilliary Field Relations for Electrostatics and Magnetostatics
- Supplemental Handout 4: Summary Sheet of EM Formula for Electrostatics and Magnetostatics
- Lecture Notes 20.5: Magnetostatic Boundary Value Problems

- Lecture Notes 21: Ohm's Law; Electromotive Forces, Sources of EMF; Faraday's Law of Magnetic Induction, Motional Induction
- Lecture Notes 22: Inductance - Mutual and Self-Inductance
- Lecture Notes 23: Eddy Currents in Conductors, Energy Stored In Magnetic Fields, Magnetic Forces, Magnetic Pressure
- New Directions in Eddy Current Sensing - Real-World Uses of Eddy Currents
- Supplemental Handout: New Directions in Eddy Current Sensing
- Supplemental Handout 5: The Hall Effect
- Lecture Notes 24: Maxwell's Equations, Maxwell's Displacement Current, Maxwell's Equations in Matter, Boundary Conditions
- Supplemental Handout 6: Symmetry Properties of Electromagnetic Quantities
- Elementary Particle EM Moments
- Supplemental Handout 7: Physics Phun With Motional Effects and The Magnetic Vector Potential, A: E+M Physics in Different Reference Frames