About HSE → Faculty and staff → Sergey M. Natanzon
Contacts
Address: Room 310. 7 Vavilova Str. Moscow
Phone: +7 (495) 772-95-90 *4165
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Sergey M. Natanzon
Education and degrees
Doctor of science: V.A. Steklov Mathematical Institute of the Russian Academy of Sciences
(defended in 2000, speciality: Geometry and Topology, thesis: Topology of moduli spaces of Riemann supersurfaces and real algebraic supercurves)
Candidate of science: Institute of Mathematics of the Siberian Branch of the USSR Academy of Sciences
(defended in 1982, speciality: Geometry and Topology, thesis: Finite groups of homeomorphisms of surfaces, and real forms of complex algebraic curves)
Diploma:
Lomonosov Moscow State University
(graduated in 1971, faculty: mehaniko-mathematical, speciality: mathematics)
Postgraduate:
Central Institute of Economics and Mathematics of the Academy of Sciences of the USSR
(graduated in 1974, speciality: mathematics)
Publications
full_lit_Nat-5.doc
// Journal of Geometry and Physics, 2012. № 62. C. 148—155
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Integrability of Hurwitz Partition Functions. I. Summary
// Journal of Physics A: Mathematical and Theoretical, 2012. № 45. C. 10
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Complete set of cut-and-join operators in the Hurwitz-Kontsevich theory
// Theoretical and Mathematical Physics, 2011. Т. 166. № 1. C. 1—22
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Integrability properties of Hurwitz partition functions. II. Multiplication of cut-and-join operators and WDVV equations
// Journal of High Energy Physics, 2011. Т. 2011. № 11(097). C. 1—24
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Moduli spaces of Gorenstein Quasi-Homogeneous Surface Singularities
// Russian Mathematical Surveys, 2011. № 66:5(401). C. 1009—1010
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Cyclic foam topological field theories
// Journal of Geometry and Physics, 2010. Т. 60. № 6-8. C. 874—883
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Double pants decompositions of 2-surfaces
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Simple Hurwitz numbers of a disk
// Functional Analysis and Its Applications, 2010. Т. 44. № 1. C. 44—58
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Введение в пучки, расслоения и классы Черна
Москва: Московский центр непрерывного математического образования, 2010
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Higher Arf Functions and Moduli Space of Higher Spin Surfaces
// Journal of Lie Theory, 2009. Т. 19. № 1. C. 107—148
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Poincar\'{e}'s theorem for the modular group of real Riemann surfaces
// Differential Geometry and its Applications, 2009. Т. 27. № 5. C. 680—690
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Representations of finite groups generate topological field theories
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Classification of $\mathbb{Z}_{pA{k}}A{m}$ orientation preserving actions on surfaces
// Moscow Mathematical Journal, 2007. № 7 (3). C. 419—424
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Особенности и некоммутативные фробениусовы многообразия
// Труды мат. инст. им. В.А.Стеклова, 2007. № 259. C. 143—155
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