Materials and Light -- Interaction of Light with Materials Syllabus
Photochemical Science PCS 703 (MATS 703) - Fall 1998, 10:30AM MWF

The purpose of the course is to introduce the various interactions between light and materials, the study of materials with light, and the use of materials in the production and manipulation of light.


Week - Topic/Instructor

1 - Electromagnetic Theory of Light / Boughton
WAug. 26Introduction
FAug. 28Maxwell's Equations
MAug. 31 Dispersion and Refraction
WSept. 2Non-Linear Wave Equations
2 - Interaction of Polarized Light with Matter / Farver
FSept. 4Polarized Light & Polarizing Materials
WSept. 9Uniaxial and Biaxial Optical Materials
FSept. 11Analysis of Materials with Polarized Light
3 - Theory of LASERS / Ding
MSept. 14Population Inversion and Optical Feedback
WSept. 16Lasing Condition and Threshold
FSept. 18Coherent Properties of Laser Light
4 - Classes and Application of LASERS / Ding
MSept. 21LASER Engineering
WSept. 23Classes of LASERS
FSept. 25Techniques Based on Interaction of Laser Light w/Materials
5 - Nonlinear Optics I / Ding
MSept. 28Second-Order Nonlinear Optical Materials
WSept. 30Second Harmonic Generation
FOct. 2Optical Parametric Oscillations and Amplification
6 - Interaction of X-rays with Materials / Farver
MOct. 5X-ray Science - Background
WOct. 7X-ray Diffraction - Crystal Structure Refinements
FOct. 9X-ray Fluorescence and Cathodoluminescence
7 - Nonlinear Optics II / Ding
MOct. 12Backward Optical Parametric Oscillation
WOct. 14TPCOPO/TPCOPA
FOct. 16Ultrafast Behaviors
FOct. 16Take-Home EXAM Distributed
8 - Nonlinear Optics III / Ding
MOct. 19Third-Order Nonlinear Optical Materials
WOct. 21Nonlinear Saturation of Absorption
FOct. 23Nonlinear Refractive Indices
9 - Nonlinear Optics IV / Ding
MOct. 26Optical Bistability
WOct. 28SEEDs
FOct. 30Photorefractivity
10 - Nonlinear Optics V / Ding
MNov. 2Phase Conjugation
WNov. 4Hysteretic Cyclotron Resonances in Vacuum
FNov. 6Nonlinear Optical Effects due to Band Nonparabolicity
MNov. 9Stability Analysis and Dynamics
11 - Interaction of Light with Matter-Photoelectric Effects / Mundschau
FNov. 13Photoelectron Emission
MNov. 16Theory of Photoelectron Emission
WNov. 18Photovoltaics and Photoconductivity
12 - Photoelectron Spectroscopy / Mundschau
FNov. 20Photoelectron Spectrometers & Spectroscopy
FNov. 20Take-Home EXAM Distributed
MNov. 23Analysis of Materials by Photoelectron Spectroscopy
13 - Synchrotron Radiation and Materials / Mundschau
MNov. 30Introduction to Synchrotron Radiation
WDec. 2Application of Synchrotron Radiation in Materials Science
FDec. 4Photoelectron Spectro-microscopy
14 - Student Talks on Term Papers
MDec. 7Student Talks
WDec. 9Student Talks
FDec. 11Student Talks

Term paper due Monday, Nov. 30. Minimum 10-typed pages topic paper on optical materials or optical properties of materials.


Students expected to present a 15-minute talk at the end of the semester on the topic of their term paper. Final examination during final examination week.




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