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Principal
areas of research activity:
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Quantum theory
of electrons in solids on model and ab-initio level (electron states of
complex materials, spectral, magnetic and transport properties of
metals and semiconductors, their alloys, surfaces, interfaces and multilayers;
electron correlations, quantum critical phenomena in itinerant systems)
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Nonequilibrium
and transient quantum phenomena (electron dynamics in low-dimensional systems
and nanostructures, quantum relaxation and decoherence, ultrafast spectroscopy)
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Theory and computer
simulations of complex statistical systems in and out of equilibrium (crystal
growth, soft and granular matter, random and spin-glass systems)
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Interdisciplinary
problems (econophysics, biophysics, networking, evolution modelling)
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