Courses ¨

  1. General astrophysics
    (V.S. Beskin)

  2. Magnetic hydrodynamics
    (V.S. Beskin)

  3. Introduction to speciality
    (V.S. Beskin)

  4. Mathematical apparatus of GRT
    (M.I. Zelnikov)

  5. GRT and relativistic astrophysics
    (M.I. Zelnikov)

  6. Physical kinetics
    (Ya.N. Istomin)

  7. Nonlinear waves
    (Ya.N. Istomin)

  8. Cosmic rays kinetics
    (V.A. Dogiel)

  9. The theory of cosmic radiation
    (V.A. Dogiel)

  10. Physical foundations of cosmology
    (V.N. Lukash)

  11. Introduction to cosmology
    (V.A. Sirota)

  12. Nonlinear plasma kinetics
    (V.N. Tsytovich)

  13. Nonlinear oscillations and dissipative structures
    (A.A. Polezhaev)

  14. Foundations of differential geometry
    (M.A. Grigoriev)

  15. Introduction to higher algebra and representation theory
    (I.Yu. Tipunin)

  16. Classical field theory
    (B.L. Voronov)

  17. Introduction to higher spin gauge theory
    (M.A. Vasiliev)

  18. Group methods in quantum mechanics
    (M.S. Kalenkov)

  19. Selected questions of theoretical physics
    (M.S. Kalenkov)

  20. Selected chapters of quantum mechanics
    (S.M. Apenko)

  21. Condensed matter physics
    (S.M. Apenko)

  22. Statistics and kinetics of critical phenomena
    (S.M. Apenko)

  23. Dissipative quantum mechanics of electrons in nanostructures
    (A.D. Zaikin)

  24. Diagrammatic technique of nonequlibrium processes
    (P.I. Arseev)

  25. Physics of nanostructures
    (Yu.E. Lozovik)

  26. Magnetism & superconductivity
    (Yu.M. Bruk)

  27. Introduction to the theory of quantum measurements
    (M.B. Mensky)

  28. Diagrammatic technique
    (Yu.M. Bruk)

  29. Solid state physics
    (A.P. Silin)

  30. Electrodynamics
    (A.P. Silin)

  31. Microscopic theory of superconductivity
    (Kalenkov M.S.)

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