Booklet-ФФ-2005-EN, страница 8

Ado• neutrino experiments• theory of the electroweak and strong interactions.Key research directions:• acceleration theory. Fundamentals of electromagnetic theory. Analysis of experimental dataOffered courses:• additional topics of elementary particles kinematics• applied programs for particles interaction andregistration simulation• bases of computing and information technologies• computerized data acquisition systems in physicalexperiments• detectors of highenergy particles• electronic methods and automatization of physicsexperiments• medical physics• nuclear medicine (simulation, automation, experiment)• using proton beams in radiotherapy (simulation,automation, and experiment)• radiation and biological matter interaction.Influence of ionizing radiation to erythrocyteshemolysis kinetics.Offered courses:• electronics in highenergy physics· biophysics fundamentals of physiological processes• electroweak interaction (experiment)· computer tomography• feynmann's diagrams• introduction to physics of the Standard Model· computerized control systems of particle accelerators• introduction to quantum field theory· fundamentals of particle accelerator physics• kinematics of decays and interactions of elementary particles· interaction of radiation with heterogeneousmediumsF 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 C32R E S E A R C HATT H EFAC U LT YO FP H Y S I C SOffered courses:• accelerators in nuclear experiment• atomic collisions in solids and computer simulation• atomic nuclei• condensed matter physics• electromagnetic radiation of electrons• electroweak interaction• foundation of quantum chemistry• hadrons and nuclei• inertial controlled thermonuclear fusion• interaction of lowenergy Ions with solidstatesurface· interaction of radiation with matter• interaction of photons and electrons with atomicnuclei· introduction to medical physics· introduction to physics of particle accelerators· main particle accelerator centers of the world· mathematical methods of experimental data analysis• interaction of radiation with matter• ion spectroscopy of surface• mathematical statistics in nuclear physics· medical fundamentals of beam therapy• models of atomic nuclei· nonionizing radiation in biomedical diagnostics• nuclear physics of high energies· nuclear medicine• nuclear reactions· physics fundamentals and engineering of protonbeam therapy• nuclear resonance fluorescence• orientation effects in crystals· physics of cancer• origin of elements· radiation problem of particle accelerators· radiobiology• photonuclear reactions· systems of particle accelerators.• physics of atomic collusions• physics of highcurrent acceleratorsCHAIR OF GENERAL NUCLEAR PHYSICS• physics of interface and lowdimensional structureHead: DrSc, Professor Boris S.

Ishkhanov• physics of ionatomic collisions• physics of quarksKey research directions:• nuclear physics• physics of Xray radiators. Xray lasers• highenergy physics• quantum field theory• beams and accelerators• quantum physics of metals• information technologies for nuclear physics• radiation ecology• nuclear physics for application.• size and shape of atomic nuclei.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 CR E S E A R C HATT H EFAC U LT YO F33P H Y S I C SCHAIR OF NEUTRONOGRAPHY• diffraction structural analysisHead: DrSc, Professor Vitaly L.

Aksenov• experimental methods of condensed matterresearchKey research directions:• study of surface structure and properties of multilayered systems, magnetics and superconductorsby means of polarized neutron reflectometry andneutron standing waves• fundamentals of modern texture analysis of materials• introduction to neutron physics• lowtemperature physics and techniques• study of structure and dynamics of biologicalmacromolecules, model membranes and polymersby means of neutron and Xray scattering• mathematical data processing in nuclearphysicalexperiments for condensed matter research• study of structure and properties of new crystalline materials by neutron diffraction• modern problems of condensed matter physics• study of texture, structure and properties of geological materials by neutron diffraction in wideintervals of temperature and pressure• neutron optics• physics of nuclearnuclear interactions at low andmiddle energies.• quantum theory of solid statesOffered courses:• methods for condensed matter research• neutron activation analysis• physical methods in molecular biology• slow neutrons in physical research• structural neutronography• computer methods for experimental data processing in solidstate physics• synchrotron radiation for condensed matterresearch• condensed matter physics• techniques and methods in neutron experiments.• condensed matter spectroscopy with synchrotronradiation beams• crystallography and fundamentals of structuralanalysisF 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 Y34S C I E N T I F I CR E S E A R C HATT H EFAC U LT YO FP H Y S I C SDIVISION OF GEOPHYSICSCHAIR OF PHYSICS OF EARTHHead: DrSc, Professor Vladimir I.Trukhin• general geologyKey research directions:• internal structure and physics of the Earth• general geophysics and ecology• origin and evolution of magnetic field of the Earth• geodynamics• research of magnetism of continental and underwater ocean rocks• geomagnetism• termophysics of minerals and thermal history ofEarth (geothermics)• inner structure and physics of the Earth• physics of earthquake and seismic mode.• inverse problems of geophysics• geothermics• magnetism of rocsOffered courses:• early evolution and gravitation field of the Earth• mechanics of deformable media• electromagnetic field of the Earth• mechanics of earthquake centreF 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• modern geophysics methods of ocean bottomresearch• physics bases of earthquakes forecastO F35P H Y S I C S• river flow dynamics• sea currents dynamics• sea waves dynamics• physics geology and bases of geotectonics• statistical methods in geophysics• physics of the Earth• stratified currents• seismology: structure of the Earth on seismicdate• theory of turbulence• thermal and molecular physics of sea.• seismometry• thermophysics of minerals and rocks.CHAIR OF PHYSICS OF ATMOSPHEREHead: DrSc, Professor V'atcheslav Ye.

KunitsynCHAIR OF PHYSICS OF SEAAND INLAND WATERSKey research directions:• heatmassexchange between ocean and atmosphereHead: DrSc, Professor Konstantin V. PokazeevKey research directions:• integrated analytical, numerical, and laboratorymodeling of physical processes in hydrosphere• currents, waves, vortices, and boundary layers in anonhomogeneous fluid• ecological problems in geophysics. Anthropogenic impact on geophysical processes in theenvironment.Offered courses:• minor gas and aerosol constituents of the atmosphere• dynamics of mesoscale processes• radiophysics and ionospheric radio sounding• remote sounding and radio tomography of theatmosphere and near space environment.Offered courses:• atmospheric optics• atmosphereocean interaction• dynamics of atmosphere• dynamics and ecology of inland reservoirs• dynamics and ecology of inland waters• ecological problems of geophysics• geophysical hydrodynamics• hydrophysical research• hydrosphere physical processes modeling• long waves• mechanics of continua• ocean acoustics• ocean optics• remote methods in oceanologyF 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 Y36S C I E N T I F I CR E S E A R C HATT H EFAC U LT YO FP H Y S I C S• dynamics of mesoscaled processes in atmosphere• computer image processing• electrical fields and processes in atmosphere• extremal problems• foundation of climate theory• functional analysis in normalized spaces• interaction between ocean and atmosphere• infinitedimensional linear models• mechanics of continua• internet technologies• numerical methods in geophysics• optics of atmosphere• introduction to mathematical methods of measurements interpretation• optics of ocean and atmosphere• mathematical models of nonlinear dynamics• physical foundations of Earth probing• measure theory• physical foundations of measurements in geophysics• method and art of mathematical modelling• methods of mathematical statistics• physics of atmosphere• physics of nearEarth space and solarEarth• morphological analysis of images• physics of upper atmosphere• nonnumerical programming algorithms• remote probing of atmosphere• pattern recognition• statistical methods in geophysics• possibility: theory and applications• wave and turbulent processes in atmosphere.• programming in JAVACHAIR OF COMPUTER METHODSIN PHYSICS• statistics and possibility methods of decision makingHead: DrSc, Professor Yuri P.

Pyt'ev• systemic programmingKey research directions:• systems of computerbased modeling• methods of analysis and interpretation of experiments (computing and measurements systemstheory)• theory of computeraided measurement systems• mathematical methods of image analysis andinterpretation• theory of quantum measurements.• theory of Hilbert spaces. Operator analysis• methods of fuzzy and uncertain fuzzy mathematics• mathematical modeling and computational experiment• quantum theory and questions of world outlook• microelectronics and physics of the microworld.Offered courses:• computational geometry• computational physicsF 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 YO FP H Y S I C S37DIVISION OF ASTRONOMYCHAIR OF ASTROPHYSICS AND STELLARASTRONOMYHead: DrSc, Professor Anatoly M.

CherepashchukKey research directions:• advanced chapters of theoretical astrophysics• close binary systems• astrophysics of neutron stars and black holes• galactic astronomy• binary systems• interstellar medium, dynamics, and star formingregions in galaxies• close binary systems• relativistic astrophysics• cosmology• physical processes inside the Sun and Stars.Helioseismology and astroseismology.

Solaractivity.• elements of stellar dynamics• evolution of galaxies• evolutionary astrophysicsOffered courses:• accretion disks• extraatmospheric astronomy• active galactic nuclei• filtration of stochastic signalsF 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 C38R E S E A R C HATT H EFAC U LT YO FP H Y S I C SCHAIR OF CELESTIAL MECHANICS,ASTROMETRY AND GRAVIMETRYHead: DrSc, Professor Valery L. PanteleevKey research directions:• dynamics of natural satellites of planets• qualitative celestial mechanics• astrometry and studying the Earth rotation• gravimetry, global geodynamics, internal structureof the Earth and planets• morphological analyses of surface structure ofplanets and satellites in the Solar system.Offered courses:• earth tides• ephemerical astronomy• global geodynamics• gravimetry• introduction to astrodynamics• methods of astrometry observation processing• observations and management of dynamicalobjects• perturbation theory• planets in the Universe• practical celestial mechanics• pulsar astrometry• radioastrometry• stability of Hamiltonian systems• formation of stars• theory of accidental functions• galaxy astronomy• theory of Earth's shape• general theory of relativity• the problem of three bodies.• general theory of relativity and astrophysicalobservations• physics of cosmic plasmaCHAIR OF EXPERIMENTAL ASTRONOMYHead: DrSc, Professor Alexander A.