Advanced astronomical laboratory
Bioelectric phenomena and elements of biocybernetics
Computer programming (for students of astronomy)
Computer programming I (for students of physics)
Correlation methods in optical image recognition
Electrodynamics and elements of field theory
Electrodynamics of continuous media
Electronic properties of solid and defects (lecture is given in English)
Electronics, electronic laboratory
Electronics, lecture and laboratory
Elementary particle and high energy physics I
Elementary particle and high energy physics II
Elements of modern mathematics. (Linear operators in Banach and Hilbert spaces)
Elements of numerical modelling
English in calculus (lecture is given in English)
Experimental methods in high energy physics
Fundamental problems of biomedical sciences
Fundamentals of X-ray and neutron diffraction
Historical experiments in physics
Introduction to astronomy I (for students of astronomy)
Introduction to astronomy II (for students of astronomy)
Introduction to atomic, molecular and solid state physics, (2)
Introduction to classical and quantum field theory
Introduction to database technology
Introduction to elementary particle physics
Introduction to Hamiltonian renormalisation in quantum field theory
Introduction to mathematical and numerical modelling in natural sciences
Introduction to nuclear and elementary particle physics, (2)
Introduction to numerical modelling
Introduction to observational astrophysics
Introduction to optics and solid state physics
Introduction to physics of magnetism
Introduction to quantum theory of atomic nuclei
Introduction to techniques of measurements and preliminary laboratory
Introduction to the Hamiltonian field theory
Introduction to theory of electromagnetic interactions
Lorentz group and its representations
Mathematical methods of geophysics
Mathematical methods of physics (a)
Mathematical methods of physics (b) (Introduction to theory of special functions)
Mathematical methods of physics
Mathematical modelling of biological processes
Mechanics of continuous media elastomechanics (for students of Lithosphere)
Methods of meteorological data processing
Microscopy, microdiffraction and microanalysis
Modern methods of quantum field theory II
Modern physics for non physicists
Molecular modelling methods. Review and applications
Nuclear methods in solid state physics
Nuclear physics - nuclear reactions
Nuclear physics - nuclear spectroscopy
Numerical laboratory (for students of astronomy)
Numerical methods (for students of astronomy)
Optical information processing
Pedagogical training, 2nd year
Pedagogical training, 3rd year
Physical experiments under extreme conditions
Physical methods of environmental studies (for students of physics and MSO¦)
Physical principles of radiotherapy and dosimetry of ionising radiation
Physics (for students of Interfaculty Environmental Studies)
Physics A II Electricity and magnetism
Physics A III - Vibrations and Waves
Physics B I and Physics C I - Mechanics
Physics B II and Physics CII - Electromagnetism
Physics B III Waves an oscillations
Physics for natural science students
Physics II Electricity and magnetis
Physics IV Heat and molecular structure of matter
Physics IV Introduction to modern physics
Physics of atmosphere and hydrosphere
Physics of lithosphere and planetology
Physics of relativistic nuclei collisions
Physics V Experimental thermodynamic
Physics VI Quantum mechanics II
Principles of experimental error analysis
Principles of medical diagnostics
Quantum chromodynamics (lecture is given in English)
Quantum mechanics II (for students of Biophysics)
Quantum mechanics II B (Quantum mechanics of many-body systems)
Renormalisation, resummation and optimisation
Rigorous results of quantum theory
Rudiments of mechanics (lecture is given in English)
Satellite geophysics and gravimetry
Selected experiments of particle physics (lecture is given in English)
Selected topics in physics of atmosphere
Selected topics of theoretical astrophysics - Magnetohydrodynamics
Selected topics of theoretical physics
Selected topics on general astrophysics
Seminar on theoretical physics
Simulations in condensed matter physics
Statistical methods of data analysis
Statistical physics models with exact solutions
Stochastic processes in physics
Structure and lattice dynamics of condensed matter
Structure of photon (lecture is given in English)
Summer course for teachers, summer camp
Theoretical astrophysics I Astrophysics of stellar interiors
Theoretical astrophysics II Stellar atmospheres