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(V.L. Ginzburg) Professor, Academician, Doctor of Phys.&Math.Sciences, Head of Group Quantum electrodynamics and elementary particle theory, radiation theory and optics of condense matter, theory of condense matter, plasma physics, astrophysics.

The main results: Condensed matter: theory of segnetoelectrisity, phase transitions, theory of superconductivity (Ginzburg-Landau theory).

Plasma physics: propagation of waves in plasma, theory of synchrotron emission, theory of transition radiation.

Astrophysics: origin of cosmic rays, theory of pulsar radio emission, black hole electrodynamics.

V.L.Ginzburg has won 2003 Nobel Prize in Physics

Laboratory of Ultra-high-speed Optoelectronics and Information Processing - Directions of applied research

Waveguide holographic displays
Application of waveguide holographic methods for creating planar displays and integral optics elements
3D visualization
New principles of 3D displays not requiring additional devices (glasses, head-mounted displays, ...)
Picosecond optoelectronics
Unique picosecond laser diodes for telecommunications

Administration