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Skobeltsyn Institute of Nuclear Physics of Lomonosov Moscow State University

Skobeltsyn Institute of Nuclear Physics of Lomonosov Moscow State University. General overview. Institute of Nuclear Physics of MSU was established in 1946 as a result of Soviet government decision.

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Skobeltsyn Institute of Nuclear Physics of Lomonosov Moscow State University

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  1. Skobeltsyn Institute of Nuclear Physics of Lomonosov Moscow State University General overview

  2. Institute of Nuclear Physics of MSU was established in 1946 as a result of Soviet government decision • 28.01.1946 г. И.В.Сталиным было подписано Постановление СНК СССР, на основании которого 31.01.1946 г. Народный Комиссар Просвещения РСФСР В.П.Потемкин обязал ректора МГУ проф. И.С.Галкина организовать с 01.02.1946 г. при МГУИнститут физики атомного ядра (в открытых документах Второй научно-исследовательский институт физики (НИФИ-2 МГУ).

  3. Academician Dmitriy Skobeltsynwas the first director of Institute • Д.В.Скобельцын создал институт нового типа - крупный научно-учебный центр - Научно-исследовательский институт ядерной физики.

  4. SINP was founded as a new type institution, based on integration of the principles of higher education and fundamental science

  5. Educational process: Department of Nuclear Physics 400 students have practice in the SINP labs; 60% of students work in SINP.

  6. The main scientific fields Cosmic rays astrophysics Space physics High energy physics Interaction of radiation and matter Nuclear physics Informational technology and telecomunications Integration of modern physical methods to learning process Nanostructure Research: Physics, Tecnologies, Application

  7. Experiment “ATIC” in Antarctica 2000, 2002 Lousiana University Maryland University Moscow State University

  8. Astroparticle Physics Baikal neutrino expriment

  9. Academician Sergey Vernov

  10. Scientific instrumentsonboard spacecrafts manufactured in SINP • Radiation complex • DIERA for geostationary • satellites R16 – dosimetry complex for ISS

  11. Scientific Educational SpaceProject Satellite: “Universitetskii - Tatiana” 20 .01. 2005

  12. High Energy Physics

  13. CERN - LHC

  14. CERN - LHC ATLAS Detector

  15. CERN - LHC LHCb detector ATLAS Detector

  16. DESY, Experiment ZEUS

  17. Fermilab, USA Experiment D0

  18. Dubna Joint Institute of Nuclear Research

  19. SVD-2 at the Protvino Accelerator Threshold Cherenkov Counter Magnet (up to 1.18 Т on the 3 meters)‏ Microstrip vertex detector K-     P-beam K-    p+ Active nuclear target (Si, C, Pb)‏  Multiwires proportional chambers Tasks: - The production of charm near threshold - The searches of the pentaquarks - Study of very high multiplicity at 70 GeV/c γ-detector

  20. Further development of the CompHEP event generator for calculations of particle collision and decay processes at high energies Новая версия на основе символьного языка FORM Новая опция Cascade для моделирования скоррелированных по спину последовательных распадов резонансов Новые интерфейсы с программами PYTHIA, HERWIG, TAUOLA, базой данных MCDB Новые возможности параллельных вычислений на фермах и в среде ГРИД

  21. Nuclear Physics

  22. Nuclear Physics 35 MeV electron accelerator

  23. Nuclear Physics SINP –WPT, USA collaboration Linear electron microtron Applications: medicine, safety

  24. and Computing International cooperation: European project FP6 – GRID LCG Project EGEE Project NATO project “Virtual Silk Way”

  25. QFTHEP Story: Zvenigorod, Moscow region, 1985; Zimyonki, Moscow region, 1987, 1988; Uzhgorod, Ukraine, 1989; Sotchi, the Black Sea, Russia, 1990, 1991, 1992; Zvenigorod, Moscow region, 1993, 1994, 1995; St. Petersburg region, 1996, 2004;Samara, Russia, 1997;Moscow, 1999, 2001 Tver region, Russia, 2000 Samara-Saratov-Volgograd, boat trip, 2003 .

  26. QFTHEP'2003 held during the boat trip Samara-Saratov-Volgograd-Samara on the board of the ship “Klement Gotvald” along the Volga river

  27. YOU'RE WELCOME AGAIN AT QFTHEP'2010! Golitsyno, Moscow region

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