基礎光學一 (Introduction to Optics (1))

National Taiwan University via Coursera

Go to Course: https://www.coursera.org/learn/ji-chu-guang-xue

Introduction

**Course Review and Recommendation: Introduction to Optics (1)** **Platform:** Coursera **Course Name:** 基礎光學一 (Introduction to Optics (1)) --- **Overview:** The "Introduction to Optics (1)" course offers an engaging exploration of optical phenomena encountered in everyday life and scientific applications. Its unique strength lies in the wealth of examples and experimental demonstrations that illuminate the principles of optics, making complex concepts accessible to learners of all backgrounds. This course is particularly suitable for those interested in physics, engineering, and visual sciences, as it delves deep into theoretical and practical aspects of optics through a structured curriculum. --- **Syllabus Breakdown:** 1. **Course Introduction:** - The course begins with an overview of its content, expectations, and motivations for studying optics. This foundational information sets the stage for learners, ensuring they understand the relevance and applicability of the topics covered. 2. **Optics Overview:** - This section takes learners on a journey through the history of optics, key concepts in light, and how optics impact our daily lives. The emphasis on historical perspectives provides context to modern optical applications. 3. **Interaction of Light and Matter:** - Understanding how light interacts with different materials is crucial. This module covers fundamental interactions such as reflection, refraction, scattering, absorption, and luminescence. The inclusion of practical examples enhances comprehension. 4. **Geometric Optics:** - Here, students learn to mathematically describe light behavior using tools like lenses, mirrors, the ABCD matrix modeling, and beam tracing methods. This analytical approach prepares students for more complex optical calculations. 5. **Optical Mysteries of the Eye:** - A fascinating look at the human eye, this section explains its optical properties and how we perceive light. It connects scientific concepts to human experience, highlighting how optics play a role in vision. 6. **Other Imaging Systems:** - The course covers various imaging systems, including cameras, telescopes, and microscopes. This module broadens the learner's understanding of how optical principles are applied across different technologies. 7. **Optical Aberrations:** - An introduction to geometric aberrations wraps up the theoretical discussions, presenting challenges that arise in optical systems and the importance of correcting them. 8. **Final Exam:** - Lastly, a comprehensive assessment evaluates students' understanding of the material covered throughout the course. --- **Conclusion & Recommendation:** "Introduction to Optics (1)" on Coursera is a well-structured course that effectively combines theoretical knowledge with practical applications. It is rich in content and offers numerous real-life examples that resonate with learners. Whether you are a high school student preparing for advanced studies, an undergraduate seeking to solidify your understanding of optics, or simply an enthusiast interested in how light shapes our world, this course is highly recommended. With its engaging format, expert instruction, and hands-on demonstrations, learners are sure to find themselves captivated by the beauty and complexity of optics. By the end of the course, you will not only understand the principles of light and its interactions but also appreciate the role of optics in technology and nature. Consider enrolling in "Introduction to Optics (1)" for a comprehensive and enlightening journey into the realm of light!

Syllabus

課程介紹

介紹課程內容、要求、修課動機

光學簡介

生活中的光學、光學歷史、光的本質

光與物質的交互作用

反射、折射、散射、吸收、放光

幾何光學

用數學描述光、透鏡、鏡子(ABCD矩陣)、光束追蹤法

眼睛的光學

眼睛的光學奧秘

其他成像系統

照相機、望遠鏡、顯微鏡

光學像差

幾何像差簡介

期末考