本課程內容主要介紹相對論及量子的基本觀念及應用，尤其是如何從相對論得出電磁交互作用之方程式，以及量子力學所描述的物理世界。其他內容尚有波之粒子性質、粒子之波動性質、原子結構、氫原子之量子力學理論、多電子原子、分子、統計力學、固體之介紹。希望同學再修完本課程，可以為未來奈米電子及光電相關進階課程奠定基礎。

The content of this course mainly introduces the basic concepts and applications of quantum, especially how to draw the equations of electromagnetic interactions from relative arguments, as well as the physical world described by quantum mechanics. Other contents include the properties of wave particles, the wave properties of particles, the structure of atoms, quantum force theory of hydrogen atoms, multi-electron atoms, molecules, statistical force, and solids. I hope that students can complete this course again, which can lay the foundation for future advanced courses in nanoelectronics and optical power.

經由本課程學生可了解現有個人及行動通訊系統架構之基本觀念、無線通道模式、功率控制、等化器、多樣化與通道編碼技術及多重接取技術等，對修課學生進行日後之研究或是修讀進階之通訊課程將有實質幫助。

Students in this course can understand the basic concepts of existing personal and mobile communication system architecture, wireless channel mode, power control, equalizer, multi-sampling and channel coding technology and multiple access technology, etc., which will provide practical assistance to students in future research or advanced communication courses.

1. Arthur Beiser, “Concepts of Modern Physics”, 6th ed.
2. Modern Physics for Scientists and Engineers”, Third Edition, Thornton Rex
3. 自編講義

1. Arthur Beiser, “Concepts of Modern Physics”, 6th ed.
2. Modern Physics for Scientists and Engineers”, Third Edition, Thornton Rex
3. Self-edited lectures