Booklet-ФФ-2005-EN, страница 4

Among them are Profs. S. I.Vavilov, P. L. Kapitsa, I. E. Tamm, A. A. Vlasov, N. N.Bogolyubov, L. D. Landau, A. N. Tikhonov, A. M.Prokhorov, R. V. Khokhlov, L. V. Keldysh, V. A.Magnitsky, G. T. Zatsepin, A. A. Logunov, V. P. Maslov,A. R. Khokhlov, V. G. Kadyshevsky, A. A. Slavnov,A. M. Cherepaschuk, O. V. Rudenko, and many others.Some of them were awarded the Nobel Prize inPhysics — I. E. Tamm and I.

M. Frank (1958),L. D. Landau (1962), A. M. Prokhorov (1964),P. L. Kapitsa (1978), V. L. Ginzburg and A. A.Abrikosov (2003) — and many established theirworldfamous scientific Schools.P 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 C16R E S E A R C HATT H EFAC U LT YO FP H Y S I C ST H E FAC U LT Y ' S VA R I O U S C H A I R S A R E R E S P O N S I B L E F O R R E S E A R C H M A N A G E M E N TAND SPECIALIZED TRAINING OF STUDENTS.

CHAIRS ARE COMBINED INTO DIVISIONSL I S T E D B E L OWDIVISION OF EXPERIMENTALAND THEORETICAL PHYSICSCHAIR OF THEORETICAL PHYSICSHead: DrSc, Professor Andrey A. SlavnovKey research directions:• geometry and physics• theory of gauge fields and its applications to elementary particle physics• unified theory of physical effects and phenomena insystems of particles with electromagnetic interaction• fundamental particles and interactions• theory of gravitation. Supersymmetric models inthe field theory and relativistic strings• unified theories of fundamental interactions.• group theory and its applicationsOffered courses:anomalies in quantum theoryclassical and quantity fields in curved spacetimeclassical field theoryclassical theory of gravityfield theory and quantum gravityfundamental particles and interactiongeometrical methods of the field theory• theory of fundamental interaction•••••••F A C U L T YO FP H Y S I C S•M .V .• interaction of particles with electromagnetic fields• mathematical methods in quantum field theory• physics of high energies• quantum field theory• quantum field theory and statistical physics• quantum theory of gravity and superstring theory• supersymmetryCHAIR OF MATHEMATICSHead: DrSc, Professor Valentin F.

ButuzovKey research directions:• singular perturbation theory and its applications• mathematical models of electrodynamics andplasmaL 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• inverse and illposed problemsin mathematical physicsO FP H Y S I C S17Offered courses:• computer methods in solving of physical problems• methods of Lobachevsky geometry in nonlinearproblems of mathematical physics• diffraction methods in crystal research• the cosmic electrodynamics• dynamics of plasma and gases• mathematical modeling of processesin physical chemistry.• electrical properties of condensed media• hydrodynamics of relaxing and reacting mediaOffered courses:• management in scientific researchCourses in General Mathematics• modern problems of molecular physics• analytical theory of differential equations• nonequilibrium thermodynamics• applications of spectral theory in mathematicalphysics• asymptotical methods• optical and spectral methods in research ofanisotropic fluids• physical hydrodynamics• basics in geometry and topology• physics and visualization of flows• basics of algebra and differential geometry• basics of the categories theory• physics of combustion and explosion• complex analysis.

Advanced course• physics of liquids• effective methods in boundary value problems• physics of molecules• elliptic equations• relaxation processes in gases• extremal problems• solidstate physics• functional analysis• thermodynamics.• geometrical applications in physics• integral equationsCHAIR OF GENERAL PHYSICS ANDMOLECULAR ELECTRONICS• inverse problems of mathematical physics• mathematical aspects of diffraction theoryHead: DrSc, Professor Pavel K. Kashkarov• mathematical theory of waveguides• method of differential inequalitiesKey research directions:• nonlinear waves• physics of solidstate nanostructures• parabolic equations• laser physics of solid body surface• special functions of mathematical physics.• molecular electronicsCourses in Numerical Methodsand Computer Modeling• solidstate molecularion sensoricsOffered courses:• computer physics• computer science.

Introduction• experimental methods in solid state research• dynamical adaptive methods in equations of mathematical physics• experimental methods of probe microscopy• finite difference methods in computer physics• introduction to laser technologies• introduction to solidstate physics• mathematical models of plasma physics• mathematical models of quantum mechanics andstatistical physics• investigation techniques for solid surfaces andinterfaces• numerical methods in MHD• magnetic nanostructures• numerical methods. Advanced course• nonlinear optical phenomena in condensed matter• numerical methods.

Introduction.• optics of solid stateCHAIR OF MOLECULAR PHYSICS• phase transitions on solidstate surfacesHead: DrSc, Professor Nikolai N. Sysoev• physical bases of molecular microelectronics.Key research directions:• kinetic and gasdynamic processes in nonequilibrium media• dynamics of molecular movement and nonequilibrium processes in liquids• origin and evolution of the structure defectscaused by various external actions and their connection to the physical properties of solids• physical foundations of microelectronicsF A C U L T YO FP H Y S I C S•M .V .• physics of semiconductors• physics of solids sensors for molecular analysis• physics of solidstate surfaces• radiation physics of solid state• radiospectroscopy of solidstate and lowdimensional systemsL 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 Y18S C I E N T I F I CR E S E A R C H• structure and methods of research of orderedmolecular ensemblesATT H EFAC U LT YO FP H Y S I C SCHAIR OF GENERAL PHYSICSHead: DrSc, Professor Alexander M.

Saletsky• xray research of thin organic films.Key research directions:• interaction of ultrashort laser pulses with matter,investigations of physical properties of new materials for quantum and optoelectronic systemsCHAIR OF BIOPHYSICSHead: DrSc, Professor Vsevolod A. Tverdislov• investigation of interactions in the condensedmedium by spectralluminescent methodsKey research directions:• cell biophysics• biophysics of photosynthesis and ecology• medical biophysics• investigation of features of new magnetic materials and nonhomogeneous systems• nanobioelectronics• biophysical ecology• biophysics of complicated systems.Offered courses:• basics of general chemistry• basics of human anatomy and histology• basics of immunology• biochemistry• biophysical chemistry• biophysics of photosynthesis and ecology• calculation techniques in studies of electronicproperties of complex molecules• cell biophysics• condensed matter physics for biophysicists• formal and enzymatic kinetics• general biology• general physiology• immunochemical analysis• information thermodynamics in biophysics• introduction in biophysics and medical physics• introduction in general biology and biophysics• magnetic properties of molecules.

Methods ofmagnetic resonance spectroscopy in biophysicaland biomedical research• medical biophysics: cellular and molecular aspectsof pathogenesis of diseases• molecular biology• nonlinear dynamics and mathematical modelingof biological systems• experiments and informationin physics education.technologiesOffered courses:• optical properties of complex molecules• physical chemistry• physical chemistry of surfaces of molecular structures and nanostructures• physics of biopolymers• quantum chemistry and structure of molecules• condensed media: from structural units to livingobjects• foundations of Moessbauer spectroscopy• introduction into physics of particle interactions atsuperhigh energies• radioelectronics and computerized dataacquisition systems in biophysical experiment• introduction to physics of pulsed reversal processes in magnetics• statistical methods in biophysics• magnetooptical phenomena in magnetoorderedsolids• thermodynamics of biological processes andselected chapters of bioenergetics.F A C U L T YO FP H Y S I C S•M .V .• micromagnetism of magneticsL 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 methods of Moessbauer data processingO FP H Y S I C SKey research directions:• modern trends in selforganization of nonequilibrium nonlinear open systems• quantum field theory• molecular luminescence• statistical physics.• molecular spectra and structure of molecules19• mathematical physicsOffered courses:• molecular spectroscopy• asymptotic methods in statistical physics andquantum field theory• multilayered optics• optical methods of research of complex molecularsystems• classical gauge fields• optics of anisotropic media• dispersion methods in elementary particle physics• optics of wave beams and pulses• gasodynamics of superliquids• practical problems of teaching physics• geometrical methods in highenergy physics• principles of methodology of physics teaching• gomological algebra methods in quantum statistics• problems of relativistic electrodynamics• condensed matter physics• radiospectroscopy of magnetic materials• introduction to Maslov semiclassical methods• spectroscopic methods in biophysics and ecology• introduction to nonlinear waves theory• topical issues of cosmic ray physics• introduction to quantum theory of spontaneousprocesses• transport of superhigh energy particles throughvarious media.• introduction to statistical mechanics• introduction to the theory of early UniverseCHAIR OF QUANTUM STATISTICS AND FIELDTHEORYHead: DrSc, Professor Victor P.

MaslovF A C U L T YO FP H Y S I C S•M .V .• lattice quantum field theory• mathematical methods of statistical mechanics ofmodel systemsL 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 C20R E S E A R C H• method of secondary quantization and polarontheory• numerical methods in quantum physicsATT H EFAC U LT YO FP H Y S I C S• introduction to medical physics• laser technologies in ophthalmology• optimization problems in mathematical physics• mathematical methods of digital image and signalprocessing• quantum fields• mathematical modelling of living systems• quantum scattering theory• medical accelerators• quantum statistics• medical biochemistry• supersymmetry models of elementary particles• medical electronics and pickups• theory of manyparticle systems.• molecular cell biology• molecular pathology and diagnosticsCHAIR OF MEDICAL PHYSICS• optics and laser physics in medicineHead: DrSc, Professor Vladislav Ya.

Panchenko• optics of blood• physical foundations of biotissue ingineeringKey research directions:• lasers in physics and medicine• physical principles and techniques of proton andneutron radiation therapy• physiological optics and laser technologies in ophthalmology• physical principles of radiation therapy• physical research methods in biology, and medicine• digital image processing in medicine• novel functiondirected spin probes — design andapplications• physiological optics• principles of chemistry• medical biophysics• radiation physics, diagnostics and therapy• physical methods in oncogenesis.• remote biomodeling and basics of implantology• synchrotron emission in medicine.Offered courses:• basics of anatomy, histology and cytologyCHAIR OF ENGLISH LANGUAGE• basics of gene therapy• basics of introscopy (Xray, nuclear magnetic resonance, acoustic, and laser tomography)• basics of physiology and pathophysiologyHead: Ph.D, Ass.