• Lecture 1 (August 31st): Introduction to PHY 481 [HTML] [PDF]
  • Lecture 2 (September 2nd): Mathematics Review [HTML] [PDF]
  • Lecture 3 (September 7th): Mathematics Review II [HTML] [PDF]
  • Lecture 4 (September 9th): Electrostatics and Superposition [HTML] [PDF]
  • Lecture 5 (September 12th): Electrostatics and Superposition II [HTML][PDF]
  • Lecture 6 (September 14th): Gauss’ Law and $\delta$ functions [HTML] [PDF]
  • Lecture 7 (September 16th): Gauss’ Law and $\delta$ functions II [HTML] [PDF]
  • Lecture 8 (September 19th): Gauss’ Law and $\delta$ functions III [HTML] [PDF]
  • Lecture 9 (September 21st): Electric Potential I [HTML] [PDF]
  • Lecture 10 (September 23rd): Electric Potential II [HTML] [PDF]
  • Lecture 11 (September 26th): Electrostatic Potential Energy [HTML] [PDF]
  • Lecture 12 (September 28th): Conductors [HTML] [PDF]
  • Lecture 13 (September 30th): Conductors II [HTML] [PDF]
  • Lecture 14 (October 3rd): Capacitors and Laplace’s Equation [HTML] [PDF]
  • Lecture 15 (October 7th): Laplace’s Equation and Separation of Variables (Cartesian) [HTML] [PDF]
  • Lecture 16 (October 10th): Separation of Variables (Cartesian) [HTML] [PDF]
  • Lecture 17 (October 12th): Separation of Variables (Spherical) [HTML] [PDF]
  • Lecture 18 (October 14th): Separation of Variables (Spherical) [HTML] [PDF]
  • Lecture 19 (October 17th): Multipole Expansion [HTML] [PDF]
  • Lecture 20 (October 19th): Multipole Expansion II [HTML] [PDF]
  • Lecture 21 (October 21st): Wrapping up the Multipole [HTML] [PDF]
  • Lecture 22 (October 24th): Introduction to Electric Fields in Matter [HTML] [PDF]
  • Lecture 23 (October 26th): Bound Charges [HTML] [PDF]
  • Lecture 24 (October 28th): Electric Fields in Matter [HTML] [PDF]
  • Lecture 25 (October 31st): Electric Fields in Matter II [HTML] [PDF]
  • Lecture 26 (November 4th): Wrapping up Matter; Boundary Conditions [HTML] [PDF]
  • Lecture 27 (November 7th): Introduction to Magnetostatics; Lorentz Force [HTML] [PDF]
  • Lecture 28 (November 9th): Mass Spectrometry and Current Density [HTML] [PDF]
  • Lecture 29 (November 11th): Wrapping up Current Density and Biot-Savart’s Law [HTML] [PDF]
  • Lecture 30 (November 14th): Biot-Savart’s Law [HTML] [PDF]
  • Lecture 31 (November 16th): Ampere’s Law [HTML] [PDF]
  • Lecture 32 (November 18th): Ampere’s Law and Boundary Conditions [HTML] [PDF]
  • Lecture 33 (November 21st): Introduction to Vector Potential, $\mathbf{A}$ [HTML] [PDF]
  • Lecture 34 (November 23rd): Working with the Vector Potential (Class Activities) [HTML] [PDF]
  • Lecture 35 (November 28th): Vector Potential Examples [HTML] [PDF]
  • Lecture 36 (November 30th): Magnetic Dipoles [HTML] [PDF]
  • Lecture 37 (December 2nd): Introduction to Magnetism with Matter [HTML] [PDF]
  • Lecture 38 (December 5th): Bound Currents and Introduction to $\mathbf{H}$ [HTML] [PDF]
  • Lecture 39 (December 7th): $\mathbf{H}$ field examples and Ferromagnetism [HTML] [PDF]
  • Lecture 40 (December 9th): Final Assessment [HTML] [PDF]