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IDS6938: ST: History of Physical Science, Cultural Connections and Other Issues
OSE5041: Introduction to Wave Optics
OSE5050: Fundamentals and Applications of Photonics
OSE5051L: Electro-Optics Laboratory
OSE5111: Optical Wave Propagation
OSE5115: Interference, Diffraction and Coherence
OSE5143: Fiber Optics Communication
OSE5203: Fundamentals of Applied Optics
OSE5234L: Applied Optics Laboratory
OSE5312: Fundamentals of Optical Science
OSE5313: Materials for Optical Systems
OSE5414: Fundamentals of Optoelectronics
OSE5421: Integrated Optics
OSE5511: Laser Principles
OSE5630: Thin Film Optics
OSE6111: Optical Wave Propagation
OSE6115: Interference, Diffraction and Coherence
OSE6118: Optical Propagation in Inhomogeneous Media
OSE6120: Theoretical Foundations of Optics
OSE6143: Fiber Optics Communication
OSE6211: Fourier Optics
OSE6225: Radiometry and Detection
OSE6234L: Applied Optics Laboratory
OSE6265: Optical Systems Design
OSE6314: Optics of Low Dimensional Semiconductors
OSE6315: Liquid Crystal Materials and Devices
OSE6319: Optical Waves and Materials
OSE6330: Stimulated and Holographic Scattering
OSE6334: Nonlinear Optics
OSE6335: Nonlinear Guided Wave Optics
OSE6347: Quantum Optics
OSE6421: Integrated Optics
OSE6432: Fundamentals of Photonics
OSE6445: High Speed Photonics
OSE6455L: Photonics Laboratory
OSE6457: Photonics Signal Processing
OSE6473: Optical Networks
OSE6525: Laser Engineering
OSE6526L: Laser Engineering Laboratory
OSE6528: Specific Laser Systems
OSE6534: Solid State Laser
OSE6536: Semiconductor Lasers
OSE6615: Optoelectronic Device Fabrication Laboratory
OSE6644: Advanced Microlithography
OSE6650: Optical Properties of Nanostructured Materials
OSE6817: Advanced Topics in Electro-Optics
OSE6820: Flat Panel Displays
OSE6854: Near Field Optics
OSE6938A: ST: Optical Waves and Materials
OSE6938B: ST: Theoretical Foundations of Optics
OSE6938C: ST: Liquid Crystal Materials and Devices
OSE6938D: ST: Nonlinear Optics II
OSE6938G: ST: Laser Building
OSE6938H: ST: Modern Coherence Theory
OSE6938I: Optical Properties of Nanostructured Materials
OSE6938K: Aberrated Imaging and Propagation
OSE6938N: ST: Optomechanical Design
OSE6938P: ST: Optical-Fiber Devices: Physics and Applications
OSE6938S: ST: Integrated Photonic Devices
OSE6938T: Applied Quantum Mechanics for optics
BMS6938: Foundations of Bio-Imaging Science
CHE5###: Optical Material Processing and Characterization Techniques
EEL4440: Optical Engineering
EEL4932: ST: Fundamentals of Optical Communication
EEL6564: Statistical Optics
EMA 6605: Materials Processing Techniques
EMA5610: Laser Materials Processing
EMA6611C: Optoelectronic Materials Processing
EML 4142: Heat Transfer
IDS 5127: Foundations of Bio-Imaging Science
PHY 3930: The Culture of Science
PHY4424: Optics
PHY5455: Modern X-ray Science
PHZ5505: Plasma Physics
PHZ6204: Atomic and Molecular Spectroscopy
Upcoming Semesters
Semester:
Spring 2010
Instructor:
Guifang Li
Day & Time:
Mondays, Wednesdays 9:00 AM to 10:15 AM
instructor
instructor
