Number Course Title Hours Credit
1 Advanced Quantum Mechanics 60 3.0
2 Group Theory 60 3.0
3 Advanced Physics Experiments 60 3.0
4 Advanced Statistical Physics 60 3.0
5 Advanced Electrodynamics 60 3.0
6 Quantum Field Theory 60 3.0
7 General Relativity 60 3.0
8 Quantum Theory of Many-Particle System 60 3.0
9 Computational Physics 60 3.0
10 Differential Geometry and Topology in Physics 50 2.5
11 Gauge Field Theory 60 3.0
12 Modern Cosmology 40 2.0
13 Nonequilibrium Statistical Physics 40 2.0
14 Lie Group and Lie Algebra 50 2.5
15 Sypersymmtry, Supergravity and Super-Strings 40 2.0
16 T. D. Lee Lectures 20 1.0
17 Topics of Nonequilibrium Statistical Physics 20 1.0
18 An Introduction to Super-Symmetry 20 1.0
19 Introduction of Particle Physics 60 3.0
20 Nuclear Structure 60 3.0
21 Particle Radiation Detection Technology 60 3.0
22 Data processing and analysis techniques in particle physics 60 3.0
23 Introduction to Neutrino Physics 50 2.5
24 Particle Physics 60 3.0
25 Cosmic Ray Physics 40 2.0
26 Introduction to Method of Astroparticle Physics Experiments 50 2.5
27 Detector Simulation and Data Analysis 50 2.5
28 Probability and Statistics in Physics 60 3.0
29 High Energy Astrophysics and Gravitational Wave  50 2.5
30 Collider Physics 20 1.0
31 Topical seminars of quantum field theory 20 1.0
32 Seminar for instrumentation of nuclear and particle physics  20 1.0
33 Some Topics of High Energy Astrophysics 20 1.0
34 Advanced Topics on Electroweak Gauge Theory 20 1.0
35 Frontier lectures in Particle Physics 20 1.0
36 Theory of Atomic and Molecular Spectra and Structure 60 3.0
37 Laser Spectroscopy 60 3.0
38 Physics of Ultracold Atomic Gases 40 2.0
39 Some Topics of Atomic and Molecular Spectra and Structure Seminar 20 1.0
40 Advanced Atomic Molecular and Optical Experiment 30 1.0
41 Introduction to Plasma Physics 40 2.0
42 Principles and technology of plasma diagnostics 60 3.0
43 Theory of the Solid State 60 3.0
44 Introduction to Condensed Matter Physics 60 3.0
45 Mesoscopic Physics 60 3.0
46 Physics of Semiconductors 50 2.5
47 Physics of Ferromagnetism 50 2.5
48 Experimental Methods of Solid State Physics 60 3.0
49 Introduction of Soft Mater Physics 50 2.5
50 X-Ray Crystallography 50 2.5
51 Superconductivity 50 2.5
52 Physics of surfaces 60 3.0
53 Density Functional Theory and Applications 40 2.0
54 Biological Physics 50 2.5
55 Basic theory and method of single crystal growth 50 2.5
56 Seminar on Density Functional Theory and Applications 20 1.0
57 Frontier lectures in Physics 20 1.0
58 Theoretical Acoustics I 60 3.0
59 Theoretical Acoustics II 60 3.0
60 Solid Acoustics 60 3.0
61 Computational Acoustics 60 3.0
62 Structural Acoustics 40 2.0
63 Computational Ocean Acoustics 60 3.0
64 Ultrasonic waves propagation and imaging 50 2.5
65 Ocean Acoustics 50 2.5
66 Medical Ultrasonics 50 2.5
67 Surface Acoustic Wave Sensing Technology and Application 40 2.0
68 Piezoelectric Materials and Piezoelectric Transducers 40 2.0
69 Non-linear Acoustics 40 2.0
70 Progress in Acoustics 20 1.0
71 Theory and Application of Electromagnetic Field in Optics 60 3.0
72 Quantum Optics 60 3.0
73 Optical Physics in Condensed Matter 50 2.5
74 Modern Optics 50 2.5
75 Advanced Laser Physics 60 3.0
76 Synchrotron Radiation Advanced Photon Source and its Application 20 1.0
77 Precision Measurement Physics 40 2.0
78 Academic Morality and Writing Norms  10 0.5
79 Universe and Life 30 1
80 Communication Skills  30 1
81 Computer Algebra for Science and Engineering 40 1
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