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Advisors
| S.A. Belan, Dr. | stochastic processes, biopolymers |
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| I.S. Burmistrov, Dr.Sc. | two-dimensional electron systems, quantum Hall effect, mesoscopics |
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| Ya.V. Fominov, Dr.Sc. | superconductivity, hybrid systems, mesoscopics |
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| M.M. Glazov, acad. corr. | theory of semiconductor nanostructures, spin effects in semiconductors, physics of excitons |
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| N.A. Inogamov, acad. corr. | interaction between laser radiation and matter |
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| A.S. Ioselevich, Dr.Sc. | disordered systems, semiconductors |
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| I.V. Kolokolov, Dr.Sc. | turbulence theory, magnetism |
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| A.O. Korotkevich, Dr. | theory of wave turbulence, nonlinear waves, numerical simulation |
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| E.A. Kuznetsov, acad. | nonlinear dynamics, turbulence, hydrodynamics |
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| V.V. Lebedev, acad. corr. | turbulence theory, liquid crystals, membranes |
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| D.S. Lyubshin, Dr. | statistical physics of disordered systems |
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| Yu.G. Makhlin, acad. corr. | physics of quantum computation, mesoscopic electron systems |
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| A.S. Mel'nikov, Dr.Sc. | superconductivity (+spintronics, +topology), vortices, mesoscopics, proximity and Josephson effect |
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| V.M. Parfeniev, Dr. | hydrodynamics, self-organization of coherent flow |
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| L.N. Shchur, Prof. | computational statistical physics, high-performance computing, grid technologies |
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| M.A. Skvortsov, Dr.Sc. | superconductivity, mesoscopics |
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| Stepanov, Dr. | mesoscopics, superconductivity, mathematical physics |
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| S.S. Vergeles, Dr. | theory of turbulence, geostrophic flow, surface waves |
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| V.A. Zyuzin, Dr. | superconductivity, magnetic effects |
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