Syllabus for‘Optics' Basic Information Title Optics Course# PHYS3126 Category Major Basic Physics(normal) Audience International class Credits 3 Hours 51 Instructor LUO,Jie(罗杰) Revised Jun.5,2023 Texthook “Optics”by Eugene Hecht,4 thedition Goals and Objectives A.Overall goals This course provides an introduction to optical science with elementary engineering applications. overed in geometrical optics polarization,interference,Fresnel and Fraunhofer diffraction,image formation,resolution Analytical and numerical tools used in optical design are emphasized.The prerequisite course include:“General Physics”and“Electricity and Magnetism” Through this course,the students should 1)leamn the understanding of the nature of light;2) ear the basic laws of geometrical optics and optical imaging of)eam the basic lawso scaler wave optics,including interference,diffraction and polarization B.Objectives In the chapers relating to the topics suc as the history of of Chinese scientists engin eer of generation n eveloping the techn ies will be share Their great efforts,devotions,and perseverance will stimulate the students'enthusiasm for leaming science and encourage them to serve our country. Objective 2:Optics is the course that provides an introduction to optical science with ntary engir eering applications.The students should ea the basic a foundation for their future study and research. Objective3:Show examples that are closely related to daily life,such as rainbows,blue sky. color,such that the students can leam how to use the knowledge of optics to solve practical 1 1 Syllabus for ‘Optics’ I. Basic Information Title Optics Course # PHYS3126 Category Major Basic Audience Physics (normal) - International class Credits 3 Hours 51 Instructor LUO, Jie (罗杰) Revised Jun. 5, 2023 Textbook “Optics” by Eugene Hecht, 4th edition II. Goals and Objectives A. Overall goals This course provides an introduction to optical science with elementary engineering applications. Topics covered in geometrical optics include: reflection and refraction, lens, mirrors, ray-tracing, lens design. Topics covered in wave optics include: basic electrodynamics, polarization, interference, Fresnel and Fraunhofer diffraction, image formation, resolution. Analytical and numerical tools used in optical design are emphasized. The prerequisite course include: “General Physics” and “Electricity and Magnetism” Through this course, the students should 1) learn the understanding of the nature of light; 2) learn the basic laws of geometrical optics and optical imaging of lens; 3) learn the basic laws of scaler wave optics, including interference, diffraction and polarization. B. Objectives Objective 1：In the chapters relating to the topics such as the history of optics of Chinese scientists and engineers of the older generation in developing the technologies will be shared. Their great efforts, devotions, and perseverance will stimulate the students’ enthusiasm for learning science and encourage them to serve our country. Objective 2：Optics is the course that provides an introduction to optical science with elementary engineering applications. The students should not only learn the basic concepts of optics and the mathematic tools, but also learn to build physical intuition. Such trainings set up a foundation for their future study and research. Objective 3：Show examples that are closely related to daily life, such as rainbows, blue sky, color, such that the students can learn how to use the knowledge of optics to solve practical