Capabilities \ Core Courses	A. Knowledge of basic physics B. Physics-related mathematics C. Experimantal physics capabilities D. Research-oriented physics
	[A]	[B]	[C]	[D]
Classical Electrodynamics (Ⅱ)		◎		◎
Topological insulator thin films-electronic band structure and transport (II)		◎
Thesis (M.S.)		◎	◎	◎
Topical Research	◎	◎	◎	◎
Seminar		◎	◎	◎
Seminar (Ⅲ)		◎	◎	◎
Independent Study		◎	◎	◎
Seminar (Ⅰ)	◎	◎	◎	◎
Seminar (Ⅱ)		◎	◎	◎
Seminar (Ⅲ)		◎	◎	◎
Capabilities \ Core Courses	A. Knowledge of basic physics B. Physics-related mathematics C. Experimantal physics capabilities D. Research-oriented physics
	[A]	[B]	[C]	[D]
Seminar (Ⅳ)		◎	◎	◎
Trends in Modern Physics		◎	◎	◎
Trends in Modern Physics (Ⅱ)		◎	◎	◎
Introduction to Spintronics		◎	◎	◎
Seminar (Ⅰ)	◎	◎	◎	◎
Seminar (Ⅱ)		◎	◎	◎
Science and Practices of Crystal Growth				◎
Selective Topics in Semiconductor Device Physics and Topological Insulators				◎
Advanced Experimental Physics (Ⅰ)			◎	◎
Advanced Experimental Physics (Ⅱ)			◎	◎
Capabilities \ Core Courses	A. Knowledge of basic physics B. Physics-related mathematics C. Experimantal physics capabilities D. Research-oriented physics
	[A]	[B]	[C]	[D]
Special Topics in Experimental Physics (Ⅰ)			◎	◎
Special Topics in Experimental Physics (Ⅱ)			◎	◎
Group Theory and Its Applications in Physics		◎		◎
Classical Mechanics (Ⅰ)		◎	◎	◎
Classical Mechanics (Ⅱ)		◎		◎
Special Topics in Radiation Physics		◎	◎	◎
Nuclear Physics		◎	◎	◎
Nuclear Theory (1)		◎	◎	◎
Nuclear Theory (2)		◎		◎
Experimental Particle Physics-special Topics			◎	◎
Capabilities \ Core Courses	A. Knowledge of basic physics B. Physics-related mathematics C. Experimantal physics capabilities D. Research-oriented physics
	[A]	[B]	[C]	[D]
NANOPHOTONICS and PLASMONICS I				◎
NANOPHOTONICS and PLASMONICS II	◎			◎
Principles of Statistical Mechanics		◎	◎	◎
Applications of Statistical Mechanics		◎		◎
Phase Transition and Critical Phenomena		◎		◎
Classical Electrodynamics (Ⅰ)	◎	◎	◎	◎
Dynamics Properties of Magnets		◎	◎	◎
Special Topics on Magnetic Dynamics		◎	◎	◎
Dynamic Properties of Ferro-and Antiferromagnets		◎	◎	◎
Quantum Mechanics (Ⅰ)	◎	◎	◎	◎
Capabilities \ Core Courses	A. Knowledge of basic physics B. Physics-related mathematics C. Experimantal physics capabilities D. Research-oriented physics
	[A]	[B]	[C]	[D]
Quantum Mechanics (Ⅱ)	◎	◎		◎
Special Topics on Wave Function Space		◎		◎
Exactly Solvable Quantum Mechanics				◎
Advanced Experimental Physics (1)			◎	◎
Advanced Experimental Physics (2)			◎	◎
Statistical Physics (Ⅰ)	◎	◎	◎	◎
Introduction to Experimental Particle Physics			◎	◎
Introduction to Phase Transition Theory		◎	◎	◎
Introduction to Particle and Nuclear Physics (Ⅰ)		◎	◎	◎
Elementary Particle Physics (1)		◎	◎	◎
Capabilities \ Core Courses	A. Knowledge of basic physics B. Physics-related mathematics C. Experimantal physics capabilities D. Research-oriented physics
	[A]	[B]	[C]	[D]
Elementary Particle Physics (2)		◎	◎	◎
Introduction to Particle and Nuclear Physics (Ⅱ)		◎	◎	◎
Special Topics on Particle and Nuclear Physics		◎	◎	◎
Seminar on Particle and Nuclear Physics		◎	◎	◎
Special Topics on Particle and Nuclear Physics (Ⅰ)		◎	◎	◎
Special Topics on Particle and Nuclear Physics (Ⅱ)		◎	◎	◎
Solid State Physics (Ⅰ)		◎	◎	◎
Introduction to Solid State Physics		◎	◎	◎
Special Topics on Solid State Physics		◎	◎	◎
Introduction to Solid State Chemistry		◎	◎	◎
Capabilities \ Core Courses	A. Knowledge of basic physics B. Physics-related mathematics C. Experimantal physics capabilities D. Research-oriented physics
	[A]	[B]	[C]	[D]
Special Topics on Fluid Mechanics		◎	◎	◎
Fluid Mechanics		◎	◎	◎
Introduction to Atomic Physics		◎	◎	◎
Theory of Atoms and Molecules (1)		◎	◎	◎
Theory of Atoms and Molecules (2)		◎	◎	◎
Recent Advancement of Atomic, Molecular, and Optical Physics	◎			◎
Introduction to Parallel Computing		◎	◎	◎
Quantum Mechanics (1)		◎	◎	◎
Quantum Mechanics (2)		◎	◎	◎
Selectd Topics on Microcomputer		◎	◎	◎
Capabilities \ Core Courses	A. Knowledge of basic physics B. Physics-related mathematics C. Experimantal physics capabilities D. Research-oriented physics
	[A]	[B]	[C]	[D]
Classical Mechanics	◎	◎	◎	◎
Special Topics on Classical Mechanics		◎	◎	◎
Numerical Analysis and Computer Programming (1)		◎	◎	◎
Numerical Analysis and Computer Programming (2)		◎	◎	◎
Gravitation Field Theory		◎		◎
Classical Field Theory		◎		◎
Advanced Fluid Mechanics (1)		◎	◎	◎
Advanced Fluid Mechanics (2)		◎		◎
Special Topics in Particle Phenomenology		◎	◎	◎
Particle Physics (Ⅱ)		◎	◎	◎
Capabilities \ Core Courses	A. Knowledge of basic physics B. Physics-related mathematics C. Experimantal physics capabilities D. Research-oriented physics
	[A]	[B]	[C]	[D]
Special Topics in Particle Phenomenology		◎	◎	◎
Introduction to Elementary Particle Physics (1)		◎	◎	◎
Introduction to Elementary Particle Physics (2)		◎	◎	◎
Special Topics in Particle Phenomenology		◎	◎	◎
Special Topics in Particle Physics		◎	◎	◎
Optics of Charge Particle		◎	◎	◎
High Energy Physics (Ⅰ)		◎	◎	◎
High Engrgy Physics (Ⅱ)		◎	◎	◎
Mathematical Physics (Ⅰ)		◎	◎	◎
Mathematical Physics (Ⅱ)		◎	◎	◎
Capabilities \ Core Courses	A. Knowledge of basic physics B. Physics-related mathematics C. Experimantal physics capabilities D. Research-oriented physics
	[A]	[B]	[C]	[D]
Special Topics in Mathematical Physics (Ⅰ)		◎		◎
Special Topics in Mathematical Physics (Ⅱ)		◎		◎
Special Topics on Solition Physics		◎	◎	◎
Mathematical Physics		◎		◎
Atomic Structure and Collision Theory		◎	◎	◎
Atomic Structure and Collision Theory (Ⅰ)		◎	◎	◎
Semiconductor Physics (1)		◎	◎	◎
Semiconductor Physics (2)		◎	◎	◎
Semiconductor Physics (Ⅰ)		◎	◎	◎
Semiconductor Physics (Ⅱ)		◎	◎	◎
Capabilities \ Core Courses	A. Knowledge of basic physics B. Physics-related mathematics C. Experimantal physics capabilities D. Research-oriented physics
	[A]	[B]	[C]	[D]
Semiconductor Physics		◎	◎	◎
Special Topics of Semiconductor (Ⅰ)		◎	◎	◎
Biophysics		◎	◎	◎
Special Topics:physics & Chemistry of Bio-molecular Machines		◎	◎	◎
Trends in Biophysics		◎	◎	◎
Biophysics (Ⅰ)		◎	◎	◎
Biophysics (Ⅱ)		◎	◎	◎
Techniques in Biological Microscopy		◎	◎	◎
Special Topics in Biophysics		◎	◎	◎
Computational Physics		◎	◎	◎
Capabilities \ Core Courses	A. Knowledge of basic physics B. Physics-related mathematics C. Experimantal physics capabilities D. Research-oriented physics
	[A]	[B]	[C]	[D]
Computational Physics		◎	◎	◎
Special Topics of Nomlinear Dynamics		◎	◎	◎
Fundamental Principles of Lasers		◎	◎	◎
Topics in Soft Matter Physics Theory and Modeling				◎
Introductory Theory of Solid Surfaces		◎	◎	◎
Special Topics on Interface Physics		◎	◎	◎
Special Topics on Surface Physics		◎	◎	◎
Mesoscopic and Low-dimensional Physics		◎	◎	◎
Computational Methods in Experimental Particle Physics		◎
Galaxy Formation and Evolution	◎		◎
Capabilities \ Core Courses	A. Knowledge of basic physics B. Physics-related mathematics C. Experimantal physics capabilities D. Research-oriented physics
	[A]	[B]	[C]	[D]
Topics in Theoretical Physics				◎
Topics in Theoretical Physics				◎
Perturbation Theory in Cosmology				◎
Perturbation Theory in Cosmology				◎
From Quantum Physics to Classical Physics		◎	◎	◎
Near-field Optics (Ⅰ)		◎	◎	◎
Scientific writing and presenting	◎
Recent Advances in Galactic and Extragalactic Astronomy		◎	◎	◎
Special Topics on Astrophysics		◎	◎	◎
Capabilities \ Core Courses	A. Knowledge of basic physics B. Physics-related mathematics C. Experimantal physics capabilities D. Research-oriented physics
	[A]	[B]	[C]	[D]
Cosmology		◎	◎	◎
Quantum Chromodynamics at Colliders				◎
String Theory	◎		◎
Advanced applied physics topics in ultimate and beyond CMOS			◎
Quantum Physics of Modern Nanoelectronics	◎			◎
Fabrication and Analysis of Nanostructures		◎	◎	◎
Technical English Writing and Presentation	◎			◎
Special Topics in Statistical Mechanics		◎	◎	◎
Development of Modern Optical Microscopy in Biophysical and Medical Research	◎		◎
Medical Physics				◎
Capabilities \ Core Courses	A. Knowledge of basic physics B. Physics-related mathematics C. Experimantal physics capabilities D. Research-oriented physics
	[A]	[B]	[C]	[D]
Special Topics of Medical Physics				◎
Diffuse Interstellar Medium				◎
Machine learning and manybody physics			◎
Introduction to Biological Physics				◎
Classical and Quantum Black Holes	◎	◎	◎	◎
Topical lectures on Radiation Detector in Particle Physics	◎
Special Topics in Particle Physics				◎
Scanning probe microscopy: Fundamental, Application and Practice			◎	◎
Quantum Field Theory and Conformal Field Theory		◎		◎
Special topics on Effective field theory and scattering amplitudes				◎
Capabilities \ Core Courses	A. Knowledge of basic physics B. Physics-related mathematics C. Experimantal physics capabilities D. Research-oriented physics
	[A]	[B]	[C]	[D]
Introduction to Cosmological Correlators				◎
Special topics in Field theory and Scattering amplitudes				◎
Recent Advancement of Atomic, Molecular, and Optical Physics	◎			◎
Frontiers in Solid State Physics	◎
Special Topics of Protein Structure in Medical Application				◎
Core Capabilities	A Knowledge of basic physics	B Physics-related mathematics	C Experimantal physics capabilities	D Research-oriented physics
Number of Core Courses （Number of All Courses: 156）	21	114	111	146