Booklet-ФФ-2005-EN, страница 7

Nonlinearlaser fluorimetry of nature organic complexes.Lasers in ecology.• emission phenomena at surfacesOffered courses:• inelastic ionsurface interaction• interactions of electromagnetic waves with plasma• introduction in physics of radiating plasma• correlation spectroscopy• novel trends in solidstate physics• elementary excitations in solid• oscillations and waves in plasma media• interaction of electromagnetic radiation with matter• physical foundations of gas discharge• kinetics of complex systems• physical foundations of nano and molecular electronics• laser physics• physical foundations of solidstate electronics• laser spectroscopy• physics of boundary layers of plasma• lasers in ecology• physics of intense relativistic electron beams• macroscopic quantum effects• practical semiconductor electronics• nonlinear dynamics• theory of plasma instabilities.F A C U L T YO FP H Y S I C S•M .V .L O M O N O S O VM O S C O WS T A T EI N I V E R S I T YS C I E N T I F I C28R E S E A R C HATT H EFAC U LT YO FP H Y S I C SDIVISION OF NUCLEAR PHYSICSCHAIR OF ATOMIC AND PLASMA PHYSICSAND MICROELECTRONICSHead: DrSc, Professor Alexander T.

RakhimovKey research directions:• study of nonequilibrium plasma in gas discharges• synthesis of new materials in nonequilibriumplasma• physics of highfrequency electromagnetic fieldsand plasma interaction• interaction of electromagnetic radiation withplasma• introduction into singleelectronics• introduction to physics of superconductivity• introduction to quantum field theory• physical processes in intense light fields• introduction to superconductivity and singleelectronics effects• microphysics of aerosols and clouds in the uppertroposphere• nonequilibrium processes in gaseous media• cryoelectronics.• oscillations and waves in plasma• physical processes in intense light fieldsOffered courses:• physics and dynamics of Josephson junctions• condensed matter physics• physics of atomic collisions• electrodynamics of superconductors• physics of atoms and molecules• experimental methods of atomic and molecularresearch• physics of fundamental interactions• foundations of electronics and theory of oscillations• foundations of superconductive electronicsF A C U L T YO FP H Y S I C S•M .V .• physics of lowtemperature plasma• plasma spectroscopy• problems of energetic and plasma physicsL O M O N O S O VM O S C O WS T A T EI N I V E R S I T YS C I E N T I F I CR E S E A R C HATT H EFAC U LT Y• quantum chemistryO F29P H Y S I C SOffered courses:• quantum phenonena in solid state physics• applied computer optics• radiophysics and electronics• computer methods in processing experimentalresults and modeling physical problems• transport of particles and quanta through matter.• condensed matter physics• experimental methods in opticsCHAIR OF COSMIC RAYS AND SPACEPHYSICS• foundations of physical optics• interaction of radiation with matter and nonlinearopticsHead: DrSc, Professor Georgiy T.

ZatsepinKey research directions:• introduction to integrated and fiber optics• cosmic rays and fundamental interactions• cosmic ray astrophysics• introduction to neural networks and genetic algorithms• neutrino astrophysics• kinetics of molecular media• xray and gamma astronomy• laser in medicine• space physics and solarterrestrial links.• laser spectroscopy• luminescence of crystalsOffered courses:• luminescence of rareearth ions• cosmic ray astrophysics• cosmic ray research techniques• methods of analyzing stochastic signals and structures• electronic devices in nuclear physics• molecular luminescence• energetic particles and plasma in magnetospheresof planets• nonradiation energy transfer in condensedmatter• experimental techniques in space physics• fundamental interactions and cosmic rays• optical instruments in synchrotron radiationchannels• highenergy gammaastronomy• optical methods in informatics• interactions of radiation with matter• optical spectra of atoms and molecules• introduction to cosmic ray physics• optics of coherent radiation• modern nonlinear techniques for analysis of complex systems• physics of fundamental interactions• physics of lasers• neutrino and neutrino astrophysics• secondary processes in dielectric crystals• physics of highenergy and elementary particles• solidstate spectroscopy• physics of nearEarth and interplanetary space• spectroscopy of atoms and atomic collisions• solidbody aspects of nuclear physics• statistical optics• space plasma physics• synchrotron radiation and its applications• techniques of physical experiment• synchrotron radiation in biology and medicine• ultrahigh energy cosmic rays• theory of synchrotron radiation• xray and gammaastronomy.• topics in modern optics and spectroscopy• VUVspectroscopy methods• xray optics.CHAIR OF OPTICS AND SPECTROSCOPYHead: DrSc, Professor Vitaly V.

MikhailinCHAIR OF PHYSICS OF ATOMIC NUCLEIAND QUANTUM COLLISIONS THEORYKey research directions:• vacuum ultraviolet spectroscopy using synchrotron radiation• physical issues of optical fiber communications• the lightdynamical phenomena during generationand propagation of coherent radiation• nonlinear dynamic processes in gas flow lasersand applications for temporal characteristicscontrol.F A C U L T YO FP H Y S I C S•M .V .Head: DrSc, Professor Vsevolod V. BalashovKey research directions:• quantum theory of collisions in physics of nuclearreactions, atomic and mesoatomic processes.Quantum theory of fewbody systems• interaction of nuclear radiations with condensedmatterL O M O N O S O VM O S C O WS T A T EI N I V E R S I T YS C I E N T I F I C30R E S E A R C H• experimental and theoretical investigations ofnuclear reactions, including induced fission, andnuclear structure• investigation of hyperfine interactions in condensed matter by the methods of nuclear spectroscopy• nuclear medicine.ATT H EFAC U LT YO FP H Y S I C S• quantum theory of collisions• spectroscopy and structure of hadrons• structure of nucleus.CHAIR OF QUANTUM THEORYAND HIGHENERGY PHYSICSHead: DrSc, Professor Anatoly A.

LogunovOffered courses:Key research directions:• additional questions of scattering theory• advanced chapters of nuclear reactions• quantum theory• computer methods in collision theory• quantum field theory• condensed matter physics• theory of gravitation• density matrix• electrodynamics• experimental methods of nuclear physics• mathematical physics.• hadron interactionsOffered courses:• hyperfine interactions in nuclear physics· additional chapters of classical electrodynamics• interaction of particles and radiation with matter· computer methods in theoretical physics• kinematics of elementary processes· dynamical equations in quantum field theory• nuclear physics at intermediate energy· foundations of standard model• nuclear physics of heavy ions· gauge field theory• nuclear reactions· gravitation theory• physics of electromagnetic interaction· group theory• physics of mesoatomic processes· introduction to physics of elementary particles• physics of nuclear fission· introduction to theory of gravitationF A C U L T YO FP H Y S I C S•M .V .L O M O N O S O VM O S C O WS T A T EI N I V E R S I T YS C I E N T I F I CR E S E A R C HATT H EFAC U LT Y· methods of contemporary quantum field theory· modern theoretical problems of contemporaryhighenergy physics· numerical methods in theoretical physicsO F31P H Y S I C S• main problems of offline processing in experimental physics of highenergies• methods of processing and modeling in physicsexperiment• methods of programming in highenergy physics· quantum chromodynamics· quantum field theory• methods on nuclear particles detection· renormalization theory and renormgroup theory• modern methods of particles registration· solitons, instantons, and quark bags• nuclear electronics· system of analytical calculations «MAXIMA»• numerical methods in physics· theory of quantum calculations.• passage of highenergy particles through matter• phenomenology of highenergy physics• phenomenology of strong interactionCHAIR OF PHYSICSOF ELEMENTARY PARTICLES• physics of condensed matter• physics of elementary particlesHead: DrSc, Professor Vladimir G.

Kadyshevsky• physics of weak interactionKey research directions:Branch at the Joint Institute for Nuclear Research(Dubna, Moscow Region)• quantum chromodynamics• quantum field theory• cpviolation, c and bquark physics, hadronstructure studies• quarkhadron physics• neutrino physics, astrophysics and cosmic rays• results of experiment processing automatization• new methods and applications of high energyphysics• standard model and its extension at highenergyprocesses• new states of hadronic matter (quarkgluon plasma, hybrids, glueballs and multiquark states• statistical methods of measurement results processing in nuclear physics• test of the Standard Model (SM) and searchesbeyond the SM.• structure of nucleus• research of highenergy hadrons interactions• techniques of physical experimentsBranch at the Institute for High Energy Physics(Protvino, Moscow Region)• theory of numerical methods.• development of new detectorsCHAIR OF PHYSICSOF HIGHENERGY ACCELERATORS• hadron spectroscopy• investigation of charged kaon decaysHead: DrSc, Professor Yury M.