凝態物理是物理學的最大分支，其基礎理論的優美與深邃並不下於傳統的理論物理科目例如高能物理，
但由於有較高的門檻，往往使得很多學生到了大學畢業仍對其毫無所悉。
本課程希望透過接紹一些具有普遍性，且通用於各理論物理分支的基礎凝態理論知識，
讓同學一窺其概貌，並且作為進階學習與研究之基礎。Condensation physics is the largest branch of physics, and its basic theories are no less beautiful and profound than traditional theoretical physics subjects such as high-energy physics.
However, due to the higher doorstep, many students often know nothing about it when they graduate from college.
This course hopes to follow some basic theoretical knowledge that is universal and is generally used in various theoretical physics branches.
Let students learn its general picture and serve as the basis for advanced learning and research.
無固定課本，
部分材料取自以下書籍：
J. J. Sakurau, Modern Quantum Mechanics,
馬上庚， 統計力學
文小剛， Quantum field theory of many body systems
N. Nagaosa, Quantum field theory in condense matter physics.
A. Altland and B. Simon, Condense matter field theory.
及一些網路上可以找到得由物理學家所撰寫的教材。
No fixed courses,
Some of the materials are taken from the following books:
J. J. Sakurau, Modern Quantum Mechanics,
Mai Shang Geng, Statistical Positive Learning
Wen Xiaoshou, Quantum field theory of many body systems
N. Nagaosa, Quantum field theory in condense matter physics.
A. Altland and B. Simon, Condense matter field theory.
And some textbooks written by physicists can be found online.
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 課堂出席與表現課堂出席與表現 Class attendance and performance |
100 |
