1. 光的波動性與Maxwell方程式回顧
Review of the wave natures of light and Maxwell equations
2. 光波傳遞：時間與空間域的干涉
Optical wave propagation: interference in temporal and spatial domain
3. 介面反射、折射、光波導與導引模
Interfacial reflection and refraction for optical waveguides and guided modes
4. 雷射基本原理：激發源、增益介質、共振腔
Basic principles of lasers：pump sources, gain media, and optical resonators
5. 雷射光的空間與時間調製
Temporal and spatial modulation of laser fields
6. 半導體物理及光電元件基礎
Fundamentals of semiconductor physics and optoelectronic devices
7. 偏振光學
Polarization optics
8. 非線性光學
Nonlinear optics
本課程旨在介紹一般從事光電領域相關研究時常用的半導體光電元件及裝置之基礎原理，期待藉由數值模擬分析及學期專題實務演練培養學生學用合一的科學素養。
The main goal of this course is to introduce the fundamental principles of the semiconductor-based optoelectronic devices used in the research of photonics. Students who take this course are expected to cultivate practical skills combined with the theoretical principles to solve realistic issues by the designed assignments of numerical simulation and the semester project presentation.