Homework Assignment 1 Assignment 2 Assignment 3 Assignment 4 Assignment 5 Assignment 6 Assignment 7 Assignment 8 Assignment 9 Assignment 10 Assignment 11 (solution)
Scanned Lecture Notes Lecture 1: Course Introduction Lecture 2: Review of Maxwell's Equations Lecture 3: EM Fields in Matter Lecture 4: Energy of the EM Fields Lecture 5: Momentum of EM Fields: Maxwell Stress Tensor Lecture 6: Review of Waves: String Waves Lecture 7: EM Waves Lecture 8: EM Waves in Matter Lecture 9: Transmission/reflection: Fresnel's Formulas Lecture 10: EM Waves in conductors: Skin Depth Lecture 11: Group velocity and Dispersion Model Group Velocity Applet Lecture 12: Introduction to Waveguides Waveguide Applet Quiz I Lecture 13: Waveguide examples Lecture 14: Introduction to Electrodynamic Potentials Lecture 15: Review Lecture 16: Retarded Potentials Quiz II Lecture 17: Potential of a time-dependent current-carrying wire Lecture 18: Retarded Fields Lecture 19: Retarded Fields example: constant velocity Quiz IV (solution) Lecture 20: Retarded Fields example: rotating charge Lecture 21: Review for Exam Exam I and Solution Lecture 22: Introduction to EM Radiation Lecture 23: Electric Dipole Radiation Lecture 24: Magnetic Dipole Radiation Lecture 25: EM Radiation: General case Lecture 26: Quadrupole example Lecture 27: Center Fed Electric Dipole Antenna Lecture 28: Antenna Array: End-fire Lecture 29: Radiation reaction: Self-force Lecture 30: Review of Special Relativity Lecture 31: Relativity and E&M: 4-vectors Lecture 32: Relativity and E&M: Field Tensor Lecture 33: Introduction to Optics Lecture 34: Polarization: Vector nature of light Lecture 35: Fresnel Relations redux Lecture 36: Interference of two beams of light Lecture 37: Interferometry by division Lecture 38: Multiple beam interference Lecture 39: Diffraction Lecture 40: Course Review
Send comments & questions to jamcneil@mines.edu Last Modified: December 4, 2008
