Course Schedule 

                           

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This schedule is very tentative and may be changed!

Date   Day Chap

Topics

Jan   7 W   Introduction/1D Waves
    9 F   1D Wave Equation
  12 M 1 Maxwell's Equations
  14 W 1 Maxwell-Ampere Law, Polarization
16 F 1 Wave Equation
  19 M   Holiday
  21 W 2 Plane Waves
  23 F 2 Index of Refraction/Dielectrics
  26 M 2 Poynting's Theorem
  28 W

2/3

Irradiance/Reflection-Refraction
 Feb 30 F 3 Boundary Conditions/Fresnel Equations
    2 M 3 Reflectivity, Transmittivity
    4 W 3,9 Brewster's Angle/Total Internal Reflection/Plane Mirrors
    6 F 9 Spherical Mirrors (Ray Diagrams, Mirror Equation)
    9 M

9

Refraction on Curved Surfaces/Thick and Thin Lenses
  11 W 9 Matrix Formulation for Reflection and Refraction
13 F 9 Complex Optical Systems
  16 M 9 Misc (Eikonal Equation, Fermat's Principle, Review)
  18 W   Exam I
  20 F 4 Polarization/Jones Vectors
  23 M 4 Jones Matrices/Polarizers
  25 W 4 Wave Plates and Other Effects
  27 F 4 Intensity/Malus' Law
Mar   2 M 5 Propagation in Crystals
    4 W 5 Fresnel's Equations
    6 F 5 Uniaxial Crystals
        Break Mar 7-15
  16 M 5 Polarization and Crystals/Birefringence
  18 W 6 Multiple Parallel Interfaces
  20 F 6 Fabry-Perot Interferometer
  23 M 7 Superposition of Quasi-parallel Waves
  25 W 7 Group and Phase Velocity/Fourier Series
27 F 7 Fourier Transform
  30 M 7 Frequency Spectrum
 Apr   1 W 7 Quadratic Dispersion
    3 F 7 Thin Film Interference
    6 M 8 Coherence?
    8 W   Exam II
    9 R   Break
  10 F   Break
13 M 8 Coherence
15 W 8 Fourier Spectroscopy
17 F 8 Young's Two-Slit Experiment
20 M 10 Huygen's Principle/Scalar Diffraction
22 W 10 Fresnel/Fraunhofer Approximation
  24 F 10 Cylindrical Diffraction
  27 M   Epilogue
May 4 M   Final Exam, 11:30

 

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E-Mail: Dr. Russell Herman Last Updated: March 30, 2009