課程介紹
以馬克斯威爾方程式為出發點，介紹光在非均向晶體中光波的傳播原理，並教授如何建立與分析光電系統。本課程中將以Mueller矩陣及Stokes 參數為主，計算光在單軸晶體的傳播及偏振狀態的改變，並引入實際光電系統及元件進行介紹。
教科書:
A. Yariv and P. Yeh, Optical Waves in Crystals: Propagation and control of laser radiation (Wiley, 2003)
教學進度:
1. Maxwell's eq: A review (1 week)
2. Wave eq. and monochromatic plane wave (1 week)
3. Propagation of Laser beam (1 week)
4. polarization of light waves (2 weeks)
5. Electromagnetic propagation in anisotropic media (3 weeks)
6. Jones calculus, stokes parameter, and Poincare (3 weeks)
7. Electro-optical device(5 weeks)
2. Wave eq. and monochromatic plane wave (1 week)
3. Propagation of Laser beam (1 week)
4. polarization of light waves (2 weeks)
5. Electromagnetic propagation in anisotropic media (3 weeks)
6. Jones calculus, stokes parameter, and Poincare (3 weeks)
7. Electro-optical device(5 weeks)
本課程不開放報名
