Course Lecturer: Prof. Chao Zuo | 左 超
2020年秋季学期, 12-17周,地点:I-105;
电科班:9151042401,9151042402;课程学分:2 学分,(32学时)
期末考试题型(满分100分):单选(20题,20分);填空(20空,20分);简答(6题,30分) ;计算(4题,30分)
注:以下内容为作者原创(部分内容来源于网络,已标注),仅供非盈利用途,转载请保留或注明出处。
18-09-28 Lecture 1: 概述; 1.1 课程概要 1.2 为什么要学这门课? 1.3 课程大纲
Reading 1: ① “光纤之父” 高锟;
18-09-28 Lecture 2: 生活中的光学; 2.1 生活中的光学
Reading 2: ① Code for moire photo
18-10-08 Lecture 3: 光学的发展简史I;2.2 光学的发展简史(远古时期)
Reading 3: ① 光学发展史I;② 光学发展史II;③ Huang 等 - 2018 - Review of phase measuring deflectometry;
18-10-08 Lecture 4: 光学的发展简史II;2.2 光学的发展简史(近代时期)
Reading 4: ① Gao 等 - 2014 - Single-shot compressed ultrafast photography at on;② 费马原理;
③ 光的折射定律的发现与理论推导;④ 科学史上著名公案—牛顿与胡克之争;
⑤ 细读牛顿与胡克、莱布尼茨间的“恩怨情仇”,科学界也没那么简单;⑥ 探访莱布尼茨:与大师穿越时空的碰撞;
⑦ 波动光学的建立及菲涅耳的贡献;⑧ 从惠更斯原理到索末菲衍射公式 + 标量衍射理论1 + 标量衍射理论2;
18-10-15 Lecture 5: 光学的发展简史III;2.2 光学的发展简史(现代时期)
Reading 5: ① 赫兹简介;② 赫兹对经典电磁场理论发展的贡献及其影响;③ 普朗克;④ 爱因斯坦;
⑤ 爱因斯坦1905年的三大贡献;⑥ 爱因斯坦奇迹年的五篇论文;⑦ 爱因斯坦VS玻尔,最后结局让人意外
18-10-19 Lecture 6: 光学的发展简史IV;2.3 双缝干涉的200年
Reading 6: ① 跨越200多年的双缝实验;② 波函数的统计诠释;
③ Thomson - 1928 - Experiments on the diffraction of cathode rays;④ 纪念费曼_费曼的十大贡献;
⑤ 理查德·费曼:你何必在意别人怎么想?;
⑥ 费恩曼物理学讲义(第1卷·英文版) + 费恩曼物理学讲义(第2卷·英文版) + 费恩曼物理学讲义(第3卷·英文版);
⑦ Jönsson - 1974 - Electron Diffraction at Multiple Slits;
⑧ Rosa - 2012 - The Merli–Missiroli–Pozzi Two-Slit Electron-Interf;
⑨ Bach 等 - 2013 - Controlled double-slit electron diffraction
18-10-23 Lecture 7: 光与物质的相互作用I;3.1 反射 3.2 折射
Reading 7: ① Jeong 等 - 2006 - Biologically Inspired Artificial Compound Eyes;② 光的全反射中倏逝波的研究;
③ Axelrod - 2001 - Total Internal Reflection Fluorescence Microscopy;④ 近场光学
18-10-26 Lecture 8: 光与物质的相互作用II;3.3 散射
Reading 8: ① Zuo 等 - 2016 - Programmable Colored Illumination Microscopy (PCIM) ;② 相干拉曼散射显微术
18-10-29 Lecture 9: 光与物质的相互作用III;3.4 吸收 3.5 辐射
Reading 9: ① 海水为啥是蓝色的;② 热辐射-三辐射系数;③ 绿色荧光蛋白的发现和发展;
④ 荧光光谱的原理及应用;⑤ emission_lecture
18-11-02 Lecture 10: 几何光学I;4.1 几何光学的概念 4.2 光线的数学描述
Reading 10: ① 高分辨扫描透射电子显微镜原理及其应用;② 隋曼玲_电子显微镜高分辨成像
18-11-05 Lecture 11: 几何光学II;4.3 矩阵几何光学 4.4 薄透镜成像
Reading 11: ① 矩阵光学;② Abramson - 1983 - Light-in-flight recording high-speed holographic;③ 凸透镜成像规律
18-11-05 Lecture 12: 几何光学III;4.5 厚透镜与反射镜
Reading 12: ① LB1157-AutoCADPDF;② Curved mirror
18-11-09 Lecture 13: 几何光学IV;4.6 相空间光学基础
Reading 13: ① Radiometry, NCU;② Platt、Shack - 2001 - History and Principles of Shack-Hartmann Wavefront;
③ Chen 等 - 2018 - 3D Imaging Based on Depth Measurement Technologies;
④ Ng 等 - Light Field Photography with a Hand-held Plenoptic;
⑤ Zuo 等 - 2015 - Transport of intensity phase retrieval and computa;⑥ 100_Years_LightField;
⑦ Introduction to the Light-Field Camera;
⑧ Martínez-Corral、Javidi - 2018 - Fundamentals of 3D imaging and displays a tutoria;
⑨ Ng - 2005 - Fourier slice photography;⑩ Lumsdaine、Georgiev - Full Resolution Lightfield Rendering
18-11-09 Lecture 14: 几何光学V;4.6 相空间光学基础
Reading 14: ① Oh 等 - 2009 - Augmenting Light Field to model Wave Optics effect;
② Bastiaans - Wigner Distribution in Optics;③ Bastiaans - Application of the Wigner distribution function in optics;
④ Bastiaans - 1986 - Application of the Wigner distribution function to partially coherent ligh;
⑥ Zhang、Levoy - 2009 - Wigner Distributions and How They Relate to the Light Field;
⑦ Raymer 等 - 1994 - Complex wave-field reconstruction using phase-space tomography;
⑧ Nugent - 1992 - Wave Field Determination Using Three-Dimensional Intensity Information;
⑨ Hazak - 1992 - Comment on Wave field determination using three-dimensional intensity
18-11-13 Lecture 15: 人眼视觉I;5.1 人眼各部分的光学特性 5.2 角膜 5.3 瞳孔 5.4 晶状体与玻璃体
Reading 15: ① Stanford.lecture.09;② Boettner、Wolter - 1962 - Transmission of the Ocular Media
18-11-13 Lecture 16: 人眼视觉II;5.5 视网膜 5.6 眼睛的简化光学模型 5.7 人眼的视觉特性 5.8 衍射限制及视觉分辨力
Reading 16: ① LIGHT-INDUCED DAMAGE to the RETINA;
② 2009 - Space-saving advantage of an inverted retina;
③ Visual System Anatom;④ The Human Eye;⑤ 人眼的视觉特性与图像探测;⑥ 色度学基础;⑦ RGBYUV_code
18-11-20 Lecture 17: 典型的光学仪器I;6.1 放大镜 6.2 照相机
Reading 17: ① image formation;② optics I;③ extreme photography;
④ Brady 等 - 2012 - Multiscale gigapixel photography;⑤ Gigapixel Computational Imaging
18-11-20 Lecture 18: 典型的光学仪器II;6.3 望远镜 6.4 光学显微镜 6.5 望远镜和显微镜可以互换吗
Reading 18: ① Su 等 - 2017 - The optical system of the proposed Chinese 12-m optical/infrared telescope;
② Objectives Introduction;③ Webb - Confocal optical microscopy;④ Optical Sectioning and Confocal Microscopy;
⑤ Denk 等 - 1990 - Two-photon laser scanning fluorescence microscopy;
⑥ Helmchen、Denk - 2005 - Deep tissue two-photon microscopy;⑦ Two Photon Microscopy;⑧ OCT;
⑨ Super-Resolution Microscopy;⑩ A guide to super-resolution fluorescence microscopy;
⑪ Surpassing the lateral resolution limit by a factor of two using structured;
⑫ Hell - 2007 - Far-Field Optical Nanoscopy;
⑬ Sub-diffraction-limit imaging by stochastic optical reconstruction microscopy;
⑭ Sigal 等 - 2018 - Visualizing and discovering cellular structures with super-resolution microscopy;
⑮ super-resolution optical microscopy;⑯ Timeline milestones;⑰ 光学系统的分辨本领
18-11-20 Lecture 19: 光学像差I;7.1 像差的起源 7.2 球差 7.3 慧差与像散
Reading 19: ① Lens Aberrations Fundamentals;② Imaging and Aberration Theory;
③ Zernike function for aberration anaylsis
18-11-20 Lecture 20: 光学像差II;7.4 场曲与畸变 7.5 色差
Reading 20: ① IAT 18_Imaging and Aberration Theory Lecture;② IAT 18_Exercise;
③ 陈磊, 波相差测量—哈特曼检验;④ 陈磊,波相差测量—星点检验与曲率波前传感;
⑤ 基于光强传输方程的非干涉相位恢复
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