To understand the fundamental concepts of quantum physics, including its developments, basics axioms, and its application on simple physical problems as well. Students are expected to acquire the knowledge of the physical implications of the quantum theory and related quantum phenomena so that they are able to appreciate the essential difference between the quantum and classial theories. They will be trained to understand the mathematical structure of the theory and be able to mathematically solve simple but important physical problems.To understand the fundamental concepts of quantum physics, including its developments, basics axioms, and its application on simple physical problems as well. Students are expected to acquire the knowledge of the physical implications of the quantum theory and related quantum phenomena so that they are able to appreciate the essential difference between the quantum and classical theories. They will be trained to understand the mathematical structure of the theory and be able to mathematically solve simple but important physical problems.
Textbook: Quantum Physics (3rd Edition)
Author: S. Gasiorowicz
Publisher: Wiley
References:
Quantum Mechanics
David H. McIntyre
Pearson
量子力學基礎
作者:關洪
出版社:五南
Textbook: Quantum Physics (3rd Edition)
Author: S. Gasiorowicz
Publisher: Wiley
References:
Quantum Mechanics
David H. McIntyre
Pearson
Fundamentals of Quantum Mechanics
Author: Guan Hong
Publisher: Wunan
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| oral and written reportoral and written report oral and written report |
15 | 每章均有小考 |
| homeworkhomework homework |
15 | |
| quizquiz quiz |
20 | |
| midterm exammidterm exam midterm exam |
25 | |
| midterm exammidterm exam midterm exam |
25 |
