PHYS 323, Spring 2008
Electromagnetism III - Electrodynamics

Class schedule



UW Phys 323 schedule This schedule will be adapted as we go along. Naturally, the listed book sections in Griffiths or other reading should be read before each class.
  8.30 Class

Topics

Reading
wk1 M Mar 31 EM wave equation in vacuum.  Monochromatic plane waves (MPWs) 9.2
   T Apr 1    Examples - review Maxwell's equations   
  W Apr 2 EM waves in dielectrics 9.3.1
HW1 due F Apr 4 Waves at boundaries 9.3.2
wk2 M Apr 7 EM boundary conditions. Fresnel eqns. T and R coeffs 9.3.3
   T Apr 8    Examples -  Total internal reflection; evanescence   
  W Apr 9 Glancing incidence; Brewster's angle; total internal reflection; rainbows   
HW2 due F Apr 11 Maxwell's equations in conductors.  Skin depth.  Reflection. 9.4.1,2
wk3 M Apr 14 Dispersion.  Group and phase velocity.  Absorption 9.4.3
   T Apr 15    Examples - energy flow in conductor, anomalous dispersion    
    W Apr 16 Dispersion in dielectrics 9.5.1,2
HW3 due F Apr 18 Dispersion in conductors.  Plasma frequency  
wk4 M Apr 21 Waveguides  9.5.3
   T Apr 22    Examples - TM modes in waveguides   
  W Apr 23 More waveguides; Light guiding and optical fibers; resonant cavities  
HW4 due F Apr 25 Transmission lines 10.1.3
wk5 M Apr 28 Time-dependent potentials.  Coulomb and Lorenz gauges 10.1,10.2
   T Apr 29    Examples - Potentials and the Lorentz gauge   
     W Apr 30 Retarded potentials.  Static limit 10.2
HW5 due F May 2 Potentials and fields of charge and current distributions 10.2.2
wk6 M May 5 Potentials of a moving point charge 10.3
    T May 6    Examples - Fields and retarded time, potential of moving charge   
    W May 7 Midterm 1    
  F May 9 Fields of a moving point charge 10.3
wk7 M May 12    Examples - Fields of moving charge, dipole radiation    
HW6 due T May 13 Radiation: definition and approximations 11.1
    W May 14 Electric dipole radiation 11.1.2
HW7 due F May 16 Near-field behavior for dipoles.  Magnetic dipole radiation 11.1.3
wk8 M May 19 Radiation by general source, point charge.  Larmor formula. 11.2
   T May 20 Examples - radiation resistance, radiation by point charge   
   W May 21 Midterm 2  
    F May 23 Special relativity.  Lorentz transformation 12.1
wk9 M May 26 Memorial Day   
HW8 due T May 27    Examples - relativity    
   W May 28 4-vectors, 4-tensors, scalars 12.1
   F May 30 proper time, energy-momentum 4-vector 12.2
wk10 M Jun 2 Electrodynamics using manifestly covariant tensor notation 12.3
HW9 due T Jun 3    Examples - Lorentz transforming E and B   
   W Jun 4 Examples of transforming the fields 12.3
HW10 due F Jun 6 Half-wave antennae and cell phones.  Rayleigh scattering.   
wk11 T Jun 10 Final exam 8.20-10.20 am   
Last modified: 5/28/2008 10:54 AM