Homepage » ALL COURSE » College of Electrical and Computer Engineering » Physical Optics -101 Academic Year | Department of Photonics Prof. Ken Y. Hsu
本課程是由 國立陽明交通大學光電工程學系 提供。
We will introduce the polarization of light and the optical propagation of light as applied to isotropic, anisotropic, inhomogeneous, periodic media.
Textbook:Bennett, "Principles of Physical Optics", John Wiley,2008 滄海代理.
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Instructor(s) | Department of Photonics Prof. Ken Y. Hsu |
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Course Credits | 3 Credits |
Academic Year | 101 Academic Year |
Level | Master of Science in Optoelectronics |
Prior Knowledge | Modern Optical Theory, Electromagnetism, Engineering Mathematics |
Related Resources | Course Video Course Syllabus Course Calendar |
Week | Course Content | Course Video |
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Lecture1 Waves 1. Wave motions 2. Wave equations 3. The wave equation 3-D 4. Complex representation | Watch Online | |
Lecture2 EM Waves & Optics (1/2) 1. Maxwell's equation 2. Characteristics of EM Waves | Watch Online | |
Lecture2 EM Waves & Optics (2/2) 4. Boundary conditions 5. The laws of reflection & refraction 6. Fresnel equations | Watch Online | |
Lecture3 Dispersion, Absorption, Scattering 1. Dispersion 2. Classical Electron Gas Model 3. Optical Property of Metals | Watch Online | |
Lecture4 Interference 1. Introduction 2. Young's experiment 3. Michelson interferometer: Amplitude splitting 4. Multiple-beam interferometer | Watch Online | |
Lecture5 Thin-Film interference 1. Introduction 2. Multi-layer films | Watch Online | |
Lecture6 Coherence 1. Introduction 2. Spatial Coherence 3. Temporal Coherence | Watch Online | |
Lecture7 Diffraction (1/2) 1. Introduction 2. Huygen's Principle 3. Frannhofer diffraction | Watch Online | |
Lecture7 Diffraction (2/2) 4. Fresnel diffraction | Watch Online | |
Lecture8 Optical Imaging 1. Abbe's theory of Image formation 2. Phase-contrast microscopy 3. Point-spread Function | Watch Online | |
Lecture9 Diffraction and Imaging 1. Resdution limit of optical instruments 2. Spatial fictering | Watch Online | |
Lecture10 Polarization (1/3) 1. Polarization states 2. Generating Polarized Light 3. Adjusting the polarizing states | Watch Online | |
Lecture10 Polarization (2/3) 4. Jones calculus | Watch Online | |
Lecture10 Polarization (3/3) 5. Real-time phase retarders | Watch Online |
課程目標
以電磁理論為基礎,學習光之特性、光波傳播、干涉、繞射、偏振、調制等現象之基本原理及應用。
課程章節
章節 | 章節內容 |
光的電磁理論 | 波與波動函數 馬克斯威方程組 光波特性 光波在介質中之傳播 光波在介質界面的反射及折射 光 之色散與散射 *光波在金屬中的傳播 |
光之干涉 | 光波之疊加與分析 干涉理論基礎 干涉儀(平板、楔形、牛頓環、泰慢) 多光束干涉與法布里‧斐洛干涉儀 光學薄膜 光之同調(相干)性質 |
光之繞射與成像 | 基爾霍夫繞射理論 夫琅和費繞射 光學成像系統的繞射與分辨本領 繞射光柵 非涅爾繞射 阿貝成像理論 點擴散函數 光學儀器鑑別率 光學傳遞函數 傅氏光學與光波濾波 |
晶體光學 | 光之偏振 光在晶體中之傳播(晶體光學器件) 光在晶體表面之反射與折射、?折射 電光調製、磁光調製、聲光調製、旋光性 晶體的非線性光學效應 |
課程書目
以Bennett 著之教科書 Principle of Physical Optics 為藍本.
評分標準
項目 | 百分比 |
小考 | 40% |
考試 | 60% |
本課程行事曆提供課程進度與考試資訊參考。
學期週次 | 上課日期 | 參考課程進度 |
第一週 | 09/18 |
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第二週 | 09/25 |
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第三週 | 10/02 |
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第四週 | 10/09 |
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第五週 | 10/16 |
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第六週 | 10/23 |
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第七週 | 10/30 |
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第八週 | 11/06 |
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第九週 | 11/13 |
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第十週 | 11/20 |
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第十一週 | 11/27 |
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第十二週 | 12/04 |
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第十三週 | 12/11 |
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第十四週 | 12/18 |
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第十五週 | 12/25 |
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第十六週 | 01/01 |
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第十七週 | 01/08 |
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第十八週 | 01/15 |
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