102年第1學期-0528 量子物理(一) 課程資訊

評分方式

評分項目	配分比例	說明
oral and written report	15
class exercise	15
quiz	20
midterm exam	25
final exam	25

教育目標

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.

課程概述

※學習量子理論的基礎課程，為進入應用或較難的領域做奠基工作。 ※培養學生核心能力： 1.理解與運用物理、數學知識 2.數值計算與數據分析 3.陳述、分析與解決問題 5.產業相關知識與技能 ※內容主題為： 第一學期 1.The Origins of Quantum Theory 2.The Schrodinger Equations 3.One-Dimensional Examples 4.The Formalism of Quantum Mechanics 第二學期 1.Review of the Formalism of Quantum Mechanics 2.Central-Force Field Problems 3.Perturbation Theory 4.Atomic Physics (spin, Zeeman effects, identical particles) 5.Molecular Physics 6.Condensed matter physics 7.Nuclear Physics 8.Particle Physics

基本資料

必修課，學分數：3-0
上課時間：二/1,2,三/6,7[ST114]
修課班級：應物系3
修課年級：年級以上
選課備註：兩組合班上課

參考書目

Textbook:
Quantum Physics (3rd Edition)
Author: S. Gasiorowicz
Publisher: Wiley

Reference: Quantum Mechanics
Author: David H. McIntyre
Publisher: Pearson

量子力學基礎
作者:關洪
出版社:五南