近代物理指的是20世紀(1900年以後）所發展出的物理，與1900年以前所發展的古典物理有相當大的不同。因此將先介紹此物理原理發現的歷史與思想背景，然後說明新物理原理之內容，進而討論由實驗證明此原理的結果，並提出問題與同學討論。近代物理對現代生活和科技有極重大的影響，例如相對論的影響有天文學、太空探測、宇宙觀、核能發電、核戰威脅、…等；而量子力學的影響有半導體工程、電腦、雷射、光譜、光電工程、光纖通訊、網際網路、光資訊、原子分子物理、材料、化學、化工、能源科技、…等。Modern physics refers to the physics developed in the 20th century (after 1900), which is quite different from the classical physics developed before 1900. Therefore, we will first introduce the historical and ideological background discovered by this physical principle, then explain the content of the new physical principle, and then discuss the results of verifying this principle through verification, and raise questions and discuss with classmates. Modern physics has a significant impact on modern life and technology, such as relative influences such as astronomy, space exploration, cosmic observation, nuclear energy generation, nuclear threats, etc.; while quantum force has semiconductor engineering, computers, lasers, and optical systems. , Optoelectronic Engineering, Optical Standard Communication, Internet, Optical Information, Atomic Molecular Physics, Materials, Chemistry, Chemical Industry, Energy Technology, ... etc.
本課程將介紹基礎的近代物理，內容包含理論、原理、實驗及應用。
This course will introduce basic modern physics, including theory, principles, experiments and applications.
書 名：Concepts of modern physics
著 者：Arthur Beiser
Book Name: Concepts of modern physics
Author: Arthur Beiser
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 期中考期中考 Midterm exam |
45 | |
| 期末考期末考 Final exam |
45 | |
| 上課表現（出席率、討論、黑板演練、課堂小考） 上課表現（出席率、討論、黑板演練、課堂小考） Class presentation (attendance rate, discussion, blackboard performance, class exam) |
10 |
