Academic curriculum for a Master’s degree in "Theoretical and Mathematical Physics"
Subject |
Academic hours |
Modern Problems of Physics |
150 |
History and Methodology of Physics |
80 |
Philosophical Problems of Nature Study |
120 |
Foreign ( Russian ) Language for professional communication |
250 |
Computer technologies in Science and Education |
200 |
Methods of Teaching Physics at High School |
75 |
Burning problems of Engineering and Ecology |
75 |
Elective disciplines (one of two disciplines stated below): |
|
Additional Chapters of Static Physics |
150 |
Structure of Elementary Particles |
150 |
Functional Integration |
50 |
Physical Kinetics |
50 |
Quantum Theory of Field |
50 |
Problems of Theory of Gravitation |
50 |
Theory of Atomic Nucleus and Elementary Particles |
75 |
Nonlinear waves processes |
75 |
Basis of Quantum Chromodynamics and Theory of Strings |
75 |
Methods of Quantum Theory of Diffusive Systems |
50 |
Introduction to Theory of electro – weak interactions |
50 |
Mathematical Methods in Theoretical Physics |
135 |
Elective disciplines (one of two disciplines stated below ): |
|
Introduction to Theory of Quarks |
70 |
Electro- Dynamics in Non-Galilean metric |
70 |
Elective disciplines (one of two disciplines stated below): |
|
Non- Liner models in Physics of Elementary Particles |
70 |
Electro-dynamics in Riemann Space |
70 |
Scientific –Research work during the term |
314 |
Scientific-research practice |
864 |
Scientific – pedagogical practice |
216 |
Preparation and defense of Master’s thesis |
972 |
TOTAL |
4266 |
Practices |
20 weeks |
State Examination |
1week |