| Exploring the Universe is a general education course that provides an elementary introduction to modern physics, astronomy and cosmology for non-physics major undergraduates. Topics include: Einstein and theory of relativity, Planck and quantum theory, elementary particles and fundamental interactions, sun and solar system, sky and constellations, stars and galaxies, cosmic expansion and big bang theory, and history and fate of the Universe. (Spring 2012)
宇宙的探索為大學部核心通識選修課程。課程目的在藉由淺顯說明及多媒體影像，介紹近代物理學、天文學及宇宙學的進展，探索自然世界的規律和宇宙的演化。主題包括：愛因斯坦與相對論，普郎克與量子論，基本粒子與基本交互作用，星空與星座，太陽與太陽系，星體與星系，宇宙膨漲與大霹靂理論，宇宙的過去、現在與未來。 Global Technology Revolution is a required general education course that introduces to undergraduate freshmen the technology revolution currently changing the modern world. Topics include: revolution in quantum technology, information technology and biotechnology, advances in modern physics and cosmology, as well as their impact on the society, environment, culture and our view of the universe as a whole. (Fall 2010)
全球科技革命為大學部核心通識必修課程。課程目的在介紹量子、資訊及生物科技革命的成果和當代對時空宇宙認知；並藉此掌握科技發展之趨勢，及其對人類社會的可能影響和衝擊。
Advanced Mathematical Physics is a one-semester course required for Ph.D. students, and elective for M.Sc. students, in physics. It introduces some of the advanced mathematical methods that are frequently used in the analysis of physical problems and experimental data. Topics include: complex analysis, probability and statistics. (Spring 2011)
高等物理數學為物理系博士班必修／碩士班選修課程。課程目的在介紹分析物理問題及實驗數據時，經常使用的進階數學方法。主題包括：複變分析，機率與統計。 Introduction to Statistical Mechanics is a one-semester elective course for junior physics majors. It aims to provide an elementary introduction to fundamental concepts of statistical mechanics. Topics include: statistical thermodynamics, classical and quantum statistics, heat capacity of gases and solids, thermodynamics of magnetism, and quantum gases. (Spring 2012)
統計力學導論為物理系大學部選修課程。課程目的在介紹統計力學的重要基本觀念。主題包括：統計熱力學，古典與量子統計力學，氣體與固體比熱，磁熱力學，量子氣體。 Mathematical Physics I is the first of a two-course sequence required for sophomore physics majors. It introduces some of the mathematical techniques frequently used in the analysis of a wide variety of physical problems. Topics include: infinite series, ordinary differential equations, and functions of a complex variable. (Fall 2007)
物理數學（一）為物理系大學部必修物理數學課程之上學期部分。課程目的在介紹分析各類的物理問題時，常使用的數學方法。主題包括：無窮級數，微分方程，複變函數。 Mathematical Physics II is the second of a two-course sequence required for sophomore physics majors. It introduces some of the mathematical techniques frequently used in the analysis of a wide variety of physical problems. Topics include: integral transforms, Sturm-Liouville theory, and special functions. (Spring 2008)
物理數學（二）為物理系大學部必修物理數學課程之下學期部分。課程目的在介紹分析各類的物理問題時，常使用的數學方法。主題包括：積分變換，Sturm-Liouville理論，特殊函數。 Particle Physics is an elective course for senior physics majors. It provides a qualitative introduction to elementary particle physics. Topics include: basic concepts, relativistic kinematics, symmetries, hadrons and the quark model, quantum chromodynamics, leptons and the weak interaction, electroweak unification, and the standard model. (Fall 2010)
粒子物理為物理系大學部選修課程。課程目的在定性介紹粒子物理的發展及基本理論。主題包括：粒子物理基本觀念，相對論性運動學，對稱性，強子與夸克模型，量子色動力學，輕子與弱交互作用，電弱統合，標準模型。 Quantum Mechanics I is the first of a two-course sequence required for M.Sc. students, and elective for senior majors, in physics. It aims to introduce key fundamental concepts of quantum mechanics. Topics include: from classical mechanics to quantum mechanics, quantum observables and states, quantum dynamics, and quantum problems in one dimension. (Fall 2011)
量子力學（一）為物理系碩士班必修／大學部選修課程。課程目的在介紹量子力學的重要基本觀念。主題包括：從古典力學到量子力學，量子可觀察量與態，量子動力學，一維量子問題。 Quantum Mechanics II is the second of a two-course sequence required for M.Sc. students, and elective for senior majors, in physics. It aims to introduce key advanced concepts of quantum mechanics. Topics include: density matrix, angular momentum and spin, identical particles, symmetries and conservation laws, and perturbations and approximation methods. (Spring 2011)
量子力學（二）為物理系碩士班必修／大學部選修課程。課程目的在介紹量子力學的重要進階觀念。主題包括：密度矩陣，角動量與自旋，全同粒子，對稱性與守恆定律，微擾與近似方法。 Statistical Mechanics I is a one-semester course required for M.Sc. students, and elective for senior majors, in physics. It aims to introduce key fundamental concepts of statistical mechanics. Topics include: random walks and emergent properties, temperature and equilibrium, phase-space dynamics and ergodicity, entropy and free energies, and quantum statistical mechanics. (Spring 2009)
統計力學（一）為物理系碩士班必修／大學部選修課程。課程目的在介紹統計力學的重要基本觀念。主題包括：隨機漫步與浮現性質，溫度與平衡，相空間動力學與遍歷性，熵與自由能，量子統計力學。 Thermodynamics is a one-semester course required for junior physics majors. It aims to introduce key fundamental concepts of thermodynamics. Topics include: temperature and thermal equilibrium, equations of state, first, second, and third laws of thermodynamics, thermodynamical potentials, chemical potential and open systems, and kinetic theory of gases. (Fall 2011)
熱力學為物理系大學部必修課程。課程目的在介紹熱力學的重要基本觀念。主題包括：溫度與熱平衡，狀態方程式，熱力學第一、二、三定律，熱力學位能，化學勢與開放系統，氣體運動論。
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