1 / 30

T. Hallman JINR 50 th Anniversary Celebration Dubna, Russia March 27, 2006

Collaboration between the United States and the Joint Institute for Nuclear Research, Past and Present. T. Hallman JINR 50 th Anniversary Celebration Dubna, Russia March 27, 2006. There is a long standing tradition of collaboration between

kaethe
Download Presentation

T. Hallman JINR 50 th Anniversary Celebration Dubna, Russia March 27, 2006

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Collaboration between the United States and the Joint Institute for Nuclear Research, Past and Present T. Hallman JINR 50th Anniversary Celebration Dubna, Russia March 27, 2006 TJH: JINR 50th, 3/27/2006

  2. There is a long standing tradition of collaboration between institutions in the United States and JINR which has been enormously important for advancing scientific knowledge G.Seaborg at JINR, Dubna, 28.09.1969 N.N. Bogoliubov (JINR) and R. Wilson (FNAL)Dubna, 1975 TJH: JINR 50th, 3/27/2006

  3. First Joint Experiment at U70 (Protvino):Early days, determining the Pion Electromagnetic Radius D.Drickey (FNAL), M.Turala (JINR), E.Tsyganov (JINR) Protvino, USSR, 1970-1971: Spark Chamber Installation TJH: JINR 50th, 3/27/2006

  4. First Joint Experimental Efforts in the U.S. at FNAL Studying the asymptotic total and differential cross section for hadron interactions R.Wilson (FNAL) andA.Kuznetsov (JINR) Participants of joint experimentFNAL, USA, 1972-1975 Yu.Pilipenko, V.Bartenev and A.Kuznetsov (JINR) TJH: JINR 50th, 3/27/2006

  5. First Joint Experimental Efforts in the U.S. at FNAL TJH: JINR 50th, 3/27/2006

  6. Early collaboration on searching for terra incognita: Element 104 synthesis V. Druin, M. Nichke, Yu. Labanov: waiting in the control room TJH: JINR 50th, 3/27/2006

  7. JINR Scientific Traditions in Understanding the Structure of Nuclear Matter • Fluctons (Mescheriakov, Blokhintsev) • New quantum number – color (Bogolubov, Struminsky,Tavkhelidze) • Quark-counting rule (Matveev, Muradyan, Tavkhelidze) • Self-similarity, Scaling (Bogolubov, Logunov) • Cumulative effect (Baldin, Stavinsky, Leksin) Quarks in Nuclei & QCD TJH: JINR 50th, 3/27/2006

  8. Not to mention theoretical work on Neutrinos! TJH: JINR 50th, 3/27/2006

  9. JINR’s Scientific Partners in USA • National Laboratories • Brookhaven National Laboratory • Fermi National Accelerator Laboratory • Lawrence Berkeley National Laboratory • Argonne National Laboratory • Los Alamos National Laboratory • Lawrence Livermore National Laboratory • … • Universities: • Boston, Baltimore, New York, Princeton, Florida, California, Michigan, Virginia, … TJH: JINR 50th, 3/27/2006

  10. Cooperation with U.S.A. Location of centres collaborating with JINR TJH: JINR 50th, 3/27/2006

  11. Cooperation with the USA R.Card (DoE, USA) and V.Kadyshevsky (JINR), Dubna, 23 April 2002 TJH: JINR 50th, 3/27/2006

  12. Cooperation with the USA Dr. J. Marburger at JINR, Dubna, 3 June 2002 TJH: JINR 50th, 3/27/2006

  13. Superheavy Elements Yu.Ts. Oganessian • 1999: element 114 • 2000: element 116 • 2002: element 118 TJH: JINR 50th, 3/27/2006

  14. Superheavy Elements Preparation of the target. TJH: JINR 50th, 3/27/2006

  15. TJH: JINR 50th, 3/27/2006

  16. TJH: JINR 50th, 3/27/2006

  17. THE WORLD BEST TOP MASS MEASUREMENT The JINR/CDF Team of J.Budagov, G.Chlachidze, V.Glagolev, F.Prokoshyn, A.Sissakian, I.Suslov together with G.Bellettini (INFN) and G.Velev(FNAL) contributed strongly to the M(top) measurement in p p -> t t +… : World Best : MTOP= 173.5 +3.7/-3.6 (stat.) +/- 1.3 (syst.) “Lepton + jets” mode A New Precise: MTOP= 169.8 + 9.2/-9.3 (stat.) +/- 3.8 (syst.) “Dilepton” mode B A B E1-2005-131 JINR Communications E1-2005-129 TJH: JINR 50th, 3/27/2006

  18. A new examination of and old question (Still !) One of the most compelling questions in modern Nuclear Physics is what role quark and gluon degrees of freedom play in nuclear structure and in the dynamic of nuclear matter! TJH: JINR 50th, 3/27/2006

  19. LHE Collaboration on PHENIX • 2 “central” spectrometers Fall-99 • 2 “forward” spectrometers Year-2 Year-1 • 2 “global” detectors Year-3 Major Contribution from LHE Physicists to Aerogel PID Upgrade of PHENIX TJH: JINR 50th, 3/27/2006

  20. TJH: JINR 50th, 3/27/2006

  21. LPP Collaboration on STAR LPP Scientists and Technicians made a major contribution to The construction of the STAR Barrel Electromagnetic Calorimeter TJH: JINR 50th, 3/27/2006

  22. LP Collaboration on STAR LPP scientists and technicians did all the mechanical assembly  of the Barrel Electronagetic Calorimeter modules and the  PMT boxes at Wayne State as well as the installation work too.  At  home in Dubna, they produced all the mechanical components for the  PMT boxes and the end steel plates for the modules.   TJH: JINR 50th, 3/27/2006

  23. LPP Contributions to QGP Search at RHIC Study of non-photonic electrons  particles containing c, b very likely suppressed Development of HBT as a precision tool TJH: JINR 50th, 3/27/2006

  24. Major contribution by LHE scientists engineers, and techs to the design and manufacturing of the STAR EndCap EMC STAR Prepares to Shine a Light on Spin TJH: JINR 50th, 3/27/2006

  25. New ideas and LHE group physics suggestions • G.Averichev et al., JINR Rapid Communications 3[83]-97, Dubna 1997. • M.Tokarev, STAR Note SN304, 11 September, 1997. • M.Tokarev, G.Skoro, STAR Note SN0339, 24 April 1998. • M.Tokarev E.Potrebenikova , STAR Note SN0379, 12 November, 1998. • G.P.Skoro, M.Zupan,M.V.Tokarev, STAR Note 0406, 19 July, 1999 • N.D. Gagunashvili et al., “MC Study of the EndCap EMC Preliminary Design for the STAR detector”,STAR Note 0422, 22 May, 2000. • C.Algover et al., NIM A499 (2003) 740. • Z-scaling • Momentum and spin particle correlations • Multiple particle correlations and very high multiplicity • Fractal dimensions of events TJH: JINR 50th, 3/27/2006

  26. EEMC Simulation NIM A499 (2003) 740 • EEMC Geometry • EEMC Resolution • po/g separation • e/h discrimination TJH: JINR 50th, 3/27/2006

  27. Conclusions The tradition of collaboration between institutions in the United States and JINR which has been enormously important for advancing scientific knowledge, continues even stronger today One can only imagine what this collaboration will bring in the future TJH: JINR 50th, 3/27/2006

  28. Backup TJH: JINR 50th, 3/27/2006

  29. Florida State University From left to right: A. Sissakian, R. Herndon, V. Kadyshevsky, and M. Khankhasayev. Tallahassee, Florida, February 8, 2002. TJH: JINR 50th, 3/27/2006

  30. R & D on Advanced Detectors ODYSSEY Orbiter MissionHEND: High Energy Neutron Detector. First Results:HEND has 4 signals of neutrons from sensors SD, MD, LD and SC/IN, and for each of them the map of orbital measurements is currently produced. The map of MD sensor is contributed by epithermal neutrons mainly left. This MD map is consistent with the map for epithermal neutrons from Neutron Spectrometer. Count rate over the South Pole is 5-10 times lower (blue region) – doubtless water presence. TJH: JINR 50th, 3/27/2006

More Related