Physics


Examinations
Subject  Number of hours Grade
Mechanics
Molecular physics
Electricity and magnetism
Optics
Nuclear physics
Elementary particle physics
Radioelectronics
Analytical mechanics
Electrodynamics
Quantum mechanics
Thermodynamics and statistical physics
Methods of mathematical physics
Scattering theory
Quantum field theory
Relativistic theory of gravitation
Unified theory of electroweak interactions
Special course in quantum field theory
72
82
86
82
86
51
68
68
72
68
90
72
54
72
36
68
36
excellent
excellent
excellent
excellent
excellent
excellent
excellent
excellent
excellent
excellent
excellent
excellent
excellent
excellent
excellent
excellent
excellent

Tests
Subject  Number of hours Grade
Technique of experiments
Physical experiments (mechanics)
Physical experiments (molecular physics)
Physical experiments (electricity and magnetism)
Physical experiments (optics)
Physical experiments (nuclear physics)
Physical experiments (elementary particle physics)
Radioelectronics
Analytical mechanics
Electrodynamics
Quantum mechanics
Methods of mathematical physics
Scattering theory
Quantum field theory
Relativistic quantum theory
Approximate methods in theoretical physics
Theory of many-body systems
Methods of Green functions in quantum statistical mechanics
Quantum chromodynamics
Special course in quantum field theory
36
72
68
72
68
72
51
90
72
68
72
36
51
36
36
54
36
36
64
36
passed
passed
passed
passed
passed
passed
passed
passed
passed
passed
passed
passed
passed
passed
passed
passed
passed
passed
passed
passed