Saint Petersburg State University




НазваниеSaint Petersburg State University
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P
rofessor I.Ch. Mashek, Head of the Department

M.Sc. 1978, PhD 1983, D.Sc. 2000


Units:

  • Laboratory of Coherent Optics

  • Laboratory of Quantum Optics

  • Laboratory of Laser Physics

  • Laboratory of Nonlinear Fiber optics


Laboratory of Coherent Optics

Academic and Research staff:

Head of the laboratory Dr.Sc. R.I. Semenov,

Prof. E.I. Butikov Prof. N.N. Rozanov, Sen. Res. Yu.I. Anisimov, Leading Res. V. A. Polishuk Sen. Res., Associate Prof G.P. Anisimovа, Associate Prof. T.L. Tkachenko Associate Prof V.G. Mishakov, Associate Prof A.S. Chirtsov Sen. Res. I.R. Krylov Associate Prof A.I. Eihvald Sen. Res. M.V.Balabas, , , Sen. Res. E.S. Dzlieva, , , engineer M.A. Ermolenko, Sen. Res. S.V. Gordeev, Assistant Prof. A.Yu. Ivanov, Associate Prof A.I. Kanzerov, Sen. Res., Associate Prof V.Yu.Karasev, Engineer N. B. Kosyh, , Engineer Yu. I. Limbah, , , Leading Res., Engineer E. A. Rybchikov, Engineer K.V. Simon, Lecturer G.A. Tsygankova, Technician C.X. Vasilieva.

Master Degree Program “Coherent optics”.

PhD program: Optics, Laser physics, Plasma Physics

The laboratory of coherent optics actively works with students and PhD students offering modern courses and practical study in the fields of plasma science, laser spectroscopy and electromagnetic field with atomic structures interaction. The fundamental education is supplemented with modern experimental tools, computer-based specialized trainings covering wide range of optical atomic molecular and plasma tasks. The laboratory actively cooperates with international institutions in Europe and United States. The laboratory consists of several scientific research groups.

Research topics:

 laser spectroscopy

 semi-empirical computer-based calculations of atomic structures in electromagnetic fields.

 laser control of super- and giper-sonic gas flows

 plasma aerodynamics

 plasma crystals: formation and control

 microspine of dusty particle and discharge diagnosis

 thin films for magnetometers

 Optics of dispersed phase

Laser Physics Laboratory


Academic and Research staff: Prof. S.A. Pulkin, Head of Laser Physics Lab; M. Balabas, Senior Res. Scientist; V.F. Boitsov, Associate Prof.; E.A. Efremova, Lecturer; V.S. Ivanov, Assistant Prof.; V.I. Korotkov, Senior Res. Scientist; V.V. Kozlov, Associate Prof.; E.B. Pelyuhova, Associate Prof.; T.V. Radina, Leading Res. Scientist; V.A. Sokolov; S.V. Uvarova, engineer; V.Yu. Venediktov, Associate Professor.


Master Degree Program “Quantum Optics and Laser Physics”.

Key points of the Master Program

- training opportunities at universities and research centers in Russia and Western Europe

- the cutting-edge research in the field of modern quantum and nonlinear optics, and laser physics

- acquisition of real skills in research and computer modeling

- individual approach to the selection of training courses

- intensive study combined with practical research under supervision of leading specialists

- individual research practices in leading research teams

- active use of computer, multimedia and information technologies in educational process

PhD program: Laser Physics, Optics
Research topics

 Nonlinear Optics

 Nonlinear Photonics

 Quantum Optics

 Silicon Photonics

 Classical and Quantum Solitons

 Nanometrology

 Quantum communications

 Laser Physics

Laboratory of Quantum Statistical Optics

Academic and Research staff: Prof. Yu.M.Golubev; Prof. I.V.Sokolov; Senior Teacher T.Yu.Golubeva; Postdoctoral fellow V.A.Averchenko;

http://quantopt.phys.spbu.ru

Master Degree Program “Quantum Optics and Informatics

PhD program: Laser Physics, Optics

The Laboratory of Quantum Statistical Optics has recognized expertise in theory and physics of various phenomena related to statistics of light-matter interaction. Our laboratory investigated spectroscopy of intensity fluctuations in atomic non-linear optics. An important contribution to better understanding of the laser radiation statistics was made by our group, when we suggested the sub-Poissonian laser with regular excitation of working medium. The first demonstrations in mid 80'th of non-classical states of bright coherent light (sub-Poissonian, squeezed etc.) with suppressed quantum fluctuations stimulated our active theoretical research in this direction, including the concept of photon-noise-free light wave fronts and quantum imaging. The idea to introduce optical parallelism, coming from quantum imaging, to the schemes of quantum information, such as quantum teleportation, super dense coding, quantum memory etc., is stimulating our current research.

We deliver to our students and graduate students courses in such areas as quantum theory of laser fluctuations and non-classical light, optical methods of quantum information, cold atoms and others. The students are actively involved into research, the graduate students participate in international collaboration with leading groups in the field and have a possibility to visit international scientific meetings and schools.


Research topics

  • Theory of quantum fluctuations in lasers and sources of non-classical light

  • Methods and approaches of theoretical quantum optics in quantum information

  • Theory of parallel quantum memory for light (Quantum holograms)

Laboratory of nonlinear fiber optics

Academic and Research staff:

Head of the laboratory Dr. A.V.Kurochkin,

Academic and Research staff:

Dr. A.A. Manshina, Dr. A.V. Povolotskiy, A.A. Shimko, A.V. Gerasimov, I.E. Kolesnikov


The main direction of the research is laser-matter interaction with novel optical materials (optical fibers, photonic crystals, superlattices, metamaterials). Laboratory is also focusing in development and realisation of methods of nanoscale materials and structures creation.


Research topics

  • UV laser deposition;

  • Localized Laser-induced metal deposition;

  • Laser writing;

  • Nonlinear phenomena in fibers and photonic crystal fibers;

  • Laser-induced phenomena in amorphous and crystalline materials


Cooperation list

  • Institute of chemistry of high pure substances, Russia Center of fiber optics, Russia

  • Institute of optics, information and photonics, University of Erlangen-Nuremberg, Germany

  • National Taiwan University of Science and Technology, Taiwan

  • Korea Institute of Machinery and Materials, Korea

  • Department of physics and related technologies, University of Palermo, Italy

Selected papers 2007-2011

  1. High quality anti-relaxation coating material for alkali atom vapor cells” Balabas M.V., K. Jensen, W. Wasilevski, H. Krauter, L. S. Madsen, J. H. Muller, T. Fenholz and E. S. Polzik Optics Express, Vol.18, No. 6, 5825 (2010)

  2. “Polarized alkali-metal vapor with minute-long transverse spin-relaxation time” Balabas M.V., T. Karaulanov, M. P. Letbetter and D. Budker Phys. Rev. Letters 105, 070801 (2010)

  3. “Quantum noise limited and entanglement-assisted magnetometry” Balabas M.V., W. Wasilevski, K. Jensen, H. Krauter, J. J. Renema and E. S. Polzik Pys. Rev. Letters 104, 133601 (2010)

  4. Butikov E.I. Comment on "Energy in one-dimensional linear waves in a string" // Europ. J. Phys. 2010. V.31. N.6. P.71-79.

  5. Polischuk V. et. All. Self-alignment and conductivity of a glow discharge // J. Phys. B. 2009, 42

  6. Balabas M.V. et. all. Electric-field-induced charge of alcali vapor density in paraffin-cjated cells. // Phys. Rev. A., v. 79

  7. V. Yu. Karasev, E. S. Dzlieva, A. Yu. Ivanov, A. I. Éikhval’d, M.S. Golubev, M.A. Ermolenko Single dust-particle rotation in glow-discharge plasma // Phys. Rev. E 79, 026406 (2009).

  8. Rosanov N. N., Kozlov V.V., and Wabnitz S. (2010): Maxwell-Drude-Bloch dissipative few-cycle optical solitons, Phys. Rev. A 81, 043815.

  9. Kozlov V.V. and Wabnitz S. (2010): Quasi-parabolic pulses in a coherent nonlinear optical amplifier, Opt. Lett. 35 (12), 2058-2060.

  10. Wabnitz S. and Kozlov V.V. (2010): Harmonic and supercontinuum generation in quadratic and cubic nonlinear optical media, J. Opt. Soc. Am. B 27 (9), 1707-1711.

  11. Kozlov V. V. and Wabnitz S. (2011): Instability of optical solitons in the boundary value problem for a medium of finite extension, Lett. Math. Phys., 96, 405-413.

  12. Kozlov V.V. and Wabnitz S. (2010): Theoretical study of polarization attraction in high birefringence and spun fibers, Opt. Lett. 35 (23), 3949-3951.

  13. Kozlov V.V., Nuno J., and Wabnitz S. (2011): Theory of lossless polarization attraction in telecommunication fibers, J. Opt. Soc. Am. B, 28 (1), 100-108.

  14. Kozlov V.V., Nuno J., Ania-Castanon J. D., and Wabnitz S. (2010): Theory of fiber optic Raman polarizers, Opt. Lett., 35 (23), 3970-3972.

  15. T. Golubeva, Yu. Golubev, K. Samburskaya, C. Fabre, N. Treps, M. Kolobov. Entanglement measurement of the quadrature components without the homodyne detection in the spatially multi-mode far-field. Phys. Rev. A 81(1), 013831, 2010.

  16. Manshina A., Povolotskiy A., Ivanova T., Kurochkin A., Tver’yanovich Yu., Kim D., Kim M., Kwon S.C. Laser-assisted metal deposition from CuSO4-based electrolyte solution // Laser Phys. Lett., 4, №2, (2007) P.163 – 167.

  17. Manshina A., Povolotskiy A., Ivanova T., Kurochkin A., Tver’yanovich Yu., Kim D., Kim M., Kwon S.C. CuCl2-based liquid electrolyte precursor for laser-induced metal deposition // Laser Phys. Lett., 4, №3, (2007) P.242 – 246.

  18. Manshina A., Povolotskiy A., Ivanova T., Kurochkin A., Tver’yanovich Yu., Kim D., Kim M., Kwon S. Laser-induced copper deposition on the surface of an oxide glass from an electrolyte solution // Glass Phys. and Chem., Vol. 33, № 3, (2007) P. 209 – 213.

  19. Manshina A.A., Povolotskiy A.V., Ivanova T.Y., Kurochkin A.V., Tver’yanovich Y.S., Kim D., Kim M., Kwon S.C. Effect of salt precursor on laser-assisted copper deposition // Appl. Phys. A, DOI: 10.1007/s00339-007-4164-9, 2007.

  20. Manshina A., Ivanova T., Povolotskiy A., Tveryanovich Yu, S.-K. Liaw, Y.-S. Hsieh. Erbium-mediated photoconductivity of Ga–Ge–S–Se: Er3+ chalcogenide glasses. J.Phys. D: Appl. Phys. 41 (2008) 175110.

  21. S.-K. Liaw, K. -L. Hong, G. -S. Jhong, T. Yu. Ivanova, A. A. Manshina, Yu. S. Tveryanovich. Pump slope-improved fiber-ring laser by recycling the residual pumping power. Laser Physics 18, 2008, p. 1040

  22. A. Povolotskiy, T. Ivanova, A. Manshina, Y. Tver’yanovich , Shien-Kuei Liaw ,Chu-Lin Chang. Er3+ as glass structure modifier of Ga–Ge–S chalcogenide system. Appl Phys A (2009) 96: 887–891.

  23. Manshina A., Ivanova T., Povolotskiy A. Laser-induced deposition of hetero-metallic structures from liquid phase // Las. Phys., V. 20 (6), 2010, P. 1532-1536.

  24. Liaw, S.K., Wang, S., Shin, C.S., Yu, Y.L., Chen, N.K., Hsu, K.C., Manshina, A., Tver'Yanovich, Y. Linear-cavity fiber laser using subring-cavity incorporated saturable absorber for single-frequency operation. Laser Physics 2010, 20 (8), pp. 1744-1746

  25. Liaw, S.K., Wang, S., Shin, C.S., Chen, N.K., Hsu, K.C., Manshina, A., Tver'Yanovich, Y., Wang, L.K. Single-longitudinal-mode linear-cavity fiber laser using multiple subring-cavities, Laser Physics 2010, 20 (7), pp. 1608-1611


Selected Projects

  • Effective generation of quasi-monochromatic X-ray radiation using extra-power femtosecond laser pulses and nanosized targets Prof.Rozanov N.N., Prof. Andreev A.A., Dr. Venediktov V.Yu RFBR 09-02-12129

  • Search for new sources of entangled light for quantum optics and quantum information. Prof. Yu.M.Golubev, Joint RFBR-CNRS grant 05-02-19646, 2006-2008

  • Theoretical development of parallel quantum memory for images and spatially multimode sources of non-classical light. Prof. I.V.Sokolov, RFBR grant 08-02-00771-a, 2007-2010

  • High Dimensional Entangled Systems (HIDEAS). Prof. I.V.Sokolov, EU FP7 programme Collaborative Project n. 221906, 2008-2011

  • Entanglement and squeezing in high-dimensional quantum systems. Dr. T.Yu. Golubeva, Joint RFBR-CNRS grant 08-02-92504, 2008-2011


General Physics II (Chemical Physics)


Professor Valentin I. Korotkov, Head of the Department

M.Sc. 1971, Ph.D. 1976, D.Sc. 1997




Research staff: Prof. Dr. Vladimir E. Kholmogorov; Prof. Dr. Victor L. Rapoport; Dr. Alexander V. Barmasov; Dr. Elena P. Zarochentseva; , Dr. Sofia O. Vysotskaya, Dr. Irina S. Bobkova; Dr. Tatyana N. Kompaniets; Dr. Tamara V. Rudakova; Dr. Boris D. Katunin; Dr. Stanislav V. Ascheulov; Dr. Dmitriy A. Lisachenko.

D. Sc. Ilya G. Shenderovich; Dr. Larisa N. Baranova; Dr. Vladimir M. Malkin; M.Sc. Vladimir V. Goruchko


Units:

  • Physics

  • Biomolecular and Chemical Physics


Basic special courses for students

  • General Physics

  • Conceptions of Modern Science

  • History of Physics

  • Chemical Physics

  • Physics of macromolecules

  • Photonics of biomolecules

  • Photoprocesses in interfacial complicated molecules

  • Free radical processes and methods of its studies

  • Kinetics of surface processes


Research topics

  • Photochemistry.

  • Biophysics.

  • Photophysics.

  • Polymer Chemistry and Physics.

  • Photo/Solar Energy.

  • Environmental Chemistry.

  • Magnetic-Spin Chemistry.

  • Nuclear Magnetic Resonance.


Special equipment

  • Spectrophotometers.

  • Spectrofluorimeter.

  • EPR-spectrometers.

  • Mass-spectrometers.


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