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EMMI and HICforFAIR

Helmholtz Alliance ``Cosmic Matter in the Laboratory“ i ExtreMe Matter Institute. EMMI and HICforFAIR. Hessian LOEWE Center of excellence (Landesoffensive zur Entwicklung Wissenschaftlich-Ökonimischer Exzellenz) jjj Helmholtz International Center for FAIR. www.hicforfair.de.

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EMMI and HICforFAIR

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  1. Helmholtz Alliance ``Cosmic Matter in the Laboratory“ i ExtreMe Matter Institute EMMIand HICforFAIR • Hessian LOEWE Center of excellence • (Landesoffensive zur Entwicklung Wissenschaftlich-Ökonimischer Exzellenz) • jjj • Helmholtz International Center for FAIR www.hicforfair.de www.gsi.de/emmi

  2. Helmholtz Alliance ________________________________________________________ "Cosmic Matter in the Laboratory” / ExtreMe Matter Institute EMMI Status: approved Nov. 2007 From HGF: 18.75 MEuro for 6 years Matching funds from Partners: 54.026 MEuro Start of Program: April 1, 2008 Infrastructure: new EMMI building with office space, lecture hall and seminar rooms under construction at GSI completion expected 12/2010

  3. LOEWE Excellence Center ________________________________________________________ Helmholtz International Center for FAIR Status: approved June 30, 2008 From State of Hesse: 15.515 MEuro for 3 years (proposal submitted) 18.597 MEuro for further 3 years Matching funds from Partners: 6.760 MEuro/year (2010) Start of Program: July 1, 2008 Infrastructure: new HICforFAIR building has been approved by Hessian Ministery for Science and Arts and will be built on Campus Riedberg, Goethe university

  4. Organisation Organisation Management: Scientific Director: Prof. Dr. Peter Braun-Munzinger Administrative Director: Dr. Heidrun Bojahr Scientific Coordinator: Prof. Dr. Carlo Ewerz + administrative assistants and IT support 13 Partner Institutions 27 further experts as Associated Partners Scientific Council (representatives of Partners) as main steering body Program Advisory Committee (consisting of 8 external experts)

  5. Partner Institutions - coordinating Helmholtz Centre: GSI Helmholtzzentrum für Schwerionenforschung, Darmstadt - Forschungszentrum Jülich, Germany - Technische Universität Darmstadt, Germany - Johann Wolfgang Goethe-Universität Frankfurt, Germany - Ruprecht-Karls-Universität Heidelberg, Germany - Universität Münster, Germany - Max-Planck-Institut für Kernphysik (MPIK), Heidelberg, Germany - FIAS Frankfurt Institute for Advanced Studies, Germany - Université VI (Pierre et Marie Curie), Paris, France - Lawrence Berkeley National Laboratory, Berkeley, USA - Joint Institute for Nuclear Astrophysics (JINA), USA - University of Tokyo, Japan - RIKEN, Saitama, Japan

  6. EMMI Partners and Associated Partners 12 Partners and 23 Associated Partners worldwide

  7. Organisation Management: Scientific Director: Prof. Dr. Carsten Greiner Administrative Director: Gabriela Meyer Scientific Coordinator: Prof. Dr. Marcus Bleicher + administrative assistants and IT support 4 HessianPartner Institutions 43 further institutions as associated Collaborations Scientific Council (representatives of Partners) as main steering body Program Advisory Committee (consisting of 5 external experts)

  8. Partners of HIC for FAIR • Giessen • Physikalisches Institut • Institut für Theoretische Physik • Frankfurt • Institut für Angewandte Physik • Institut für Kernphysik • Institut für Theoretische Physik • Institut für Mathematik und Informatik • FIAS • Darmstadt • Institut für Kernphysik • Institut für Theorie Elektromagnetischer Felder • GSI + 43 national/international • associates

  9. associated collaborations – Centre for the Subatomic Structure of Matter, University of Adelaide, Australia – Institut für Theoretische Physik, Technische Universität Wien, Austria – Research Institute for Nuclear Problems, Minsk, Belarus – Instituto de Fisica, Universidade Federal do Rio de Janeiro, Brazil – Faculty of Physics, University of Sofia, 1164 Sofia, Bulgaria – McGill University, Montreal, Canada – Institute of Particle Physics, Central China Normal University, Wuhan, China – Department of Subatomic Physics and Associated Technologies SUBATECH, France – Institut für Kernphysik, Universität Köln, Germany – Institut für Angewandte Physik, TU Darmstadt, Germany – Institut für Theoretische Physik, Universität Heidelberg, Germany – Institut für Theoretische Physik, Universität Münster, Germany – Central Research Institute for Physics (KFKI), Hungarian Academy of Sciences, Hungary – Saha Institute for Nuclear Physics, Calcutta, India – European Centre for Theoretical Physics in Nuclear Physics & Related Areas, Trento, Italy – Department of Mathematics and Computer Science, University of Trieste, Italy – Istituto Nazionale di Fisica Nucleare (INFN), Laboratory Nazioanly di Legnaro, Italy – Department of Physics, Yarmouk University, Irbid, Jordania – The INnovation Centre for Advanced Sensors and Sensor Systems (INCAS3), Assen, NL – Kernfysisch Versneller Instituut (KVI), Groningen, Netherlands – Department of Physics, Universität Bergen, Norway – Institute of Physics, Jagiellonian University Krakow, Poland – Kaliningrad State Technical University, Russia – Institute for Theroretical and Experimental Physics (ITEP), Moscow, Russia – Institute for Nuclear Research of Russian Academy of Sciences, Moscow, Russia – Russian Research Center Kurchatov Institute, Moscow, Russia – Department Physik, Universität Basel, Switzerland – Faculty of Engeneering, Slovak University of Technology Bratislava, Slovakia – Institut Jozef Stefan, Ljubljiana, Slovenia – Faculdad de Ciencias Fisicas, Universidad Complutense de Madrid, Spain – National Shevchenko University of Kiev, Ukraine – Department of Physics, University of Arizona, USA – Nuclear Science Division, Lawrence Berkeley National Laboratory, California, USA – Department of Physics, Columbia University, New York, USA – A.W.Wright Nuclear Structure Laboratory, Yale University, Connecticut, USA – Los Alamos National Laboratory (LANL), USA – Cyclotron Lab, Michigan State University, USA – Brookhaven National Lab, Upton, New York, USA – Department of Natural Sciences, Baruch College, New York, USA – Department of Physics, Duke University, Durham, North Carolina, USA – Department of Physics, Gettysburg College, Pennsylvania, USA – Department of Physics, San Diego State University, USA – Department of Physics and Astronomy, Vanderbilt University, Tennessee, USA

  10. Goals of the Alliance • Central goal: • to establish the "ExtreMe Matter Institute" EMMIas a • Think Tank for extreme matter research • aiming at: • - interdisciplinary scientific programs of highest quality - strong promotion of young researchers - new network among two Helmholtz centers and eleven top national and international laboratories and universities complementary to HICforFAIR

  11. Emergence of Common Structures and Concepts emergence of common structures and common underlying theoretical concepts in these strongly coupled systems: - from BEC to BCS - from QGP to ultracold Fermi gases - from conformal field theories to QCD via black holes - from neutron star matter to strongly coupled electro- magnetic plasmas 4 main areas of research: - quark gluon plasma - neutron matter - plasma physics - atomic physics and ultracold quantum gases vision: bringing together the best minds from these communities

  12. EMMI Scientific Topics and Links

  13. EMMI Facilities

  14. Central goal: to establish theHelmholtz International Center - HIC for FAIRas Think Tank for hadronic, nuclear and accelerator physics at FAIR aiming at: Leading role and network among 3 Hessian universities and FIAS in the FAIR project Interdisciplinary scientific program of highest quality High-tech R&D for world-class research Strong promotion of young researchers Clear path for sustainability: 34 new permanent/tenure track positions pledged by the partners Goals of the Center C. Greiner

  15. Scientific Concept • Monte Carlo Methods - Transport and Lattice Simulations • Strongly Coupled Partial Differential Equations • QCD-Phenomenology • Detector Design, Optimization and R&D • Pattern Recognition and High-Level Trigger • Large-Volume Data Analysis • Accelerator Optimization and R&D Pattern Recognition Data Analysis Accelerator Design Monte Carlo Simulations Detector Design Non-linear PDEs QCD Effective Theories

  16. Scientific Concept • Monte Carlo Methods - Transport and Lattice Simulations • Strongly Coupled Partial Differential Equations • QCD-Phenomenology • Detector Design, Optimization and R&D • Pattern Recognition and High-Level Trigger • Large-Volume Data Analysis • Accelerator Optimization and R&D SiS100 10 GeV SiS300 45 GeV Pattern Recognition Data Analysis Accelerator Design Monte Carlo Simulations Detector Design Non-linear PDEs QCD Effective Theories

  17. Simulation: parton cascade

  18. Scientific Concept • Monte Carlo Methods - Transport and Lattice Simulations • Strongly Coupled Partial Differential Equations • QCD-Phenomenology • Detector Design, Optimization and R&D • Pattern Recognition and High-Level Trigger • Large-Volume Data Analysis • Accelerator Optimization and R&D Pattern Recognition Data Analysis Accelerator Design Monte Carlo Simulations Detector Design Non-linear PDEs QCD Effective Theories

  19. Scientific Concept • Monte Carlo Methods - Transport and Lattice Simulations • Strongly Coupled Partial Differential Equations • QCD-Phenomenology • Detector Design, Optimization and R&D • Pattern Recognition and High-Level Trigger • Large-Volume Data Analysis • Accelerator Optimization and R&D Pattern Recognition Data Analysis Accelerator Design Monte Carlo Simulations Detector Design Non-linear PDEs QCD Effective Theories

  20. Scientific Concept • Monte Carlo Methods - Transport and Lattice Simulations • Strongly Coupled Partial Differential Equations • QCD-Phenomenology • Detector Design, Optimization and R&D • Pattern Recognition and High-Level Trigger • Large-Volume Data Analysis • Accelerator Optimization and R&D Pattern Recognition Data Analysis Accelerator Design Monte Carlo Simulations Detector Design Non-linear PDEs QCD Effective Theories

  21. Scientific Concept • Monte Carlo Methods - Transport and Lattice Simulations • Strongly Coupled Partial Differential Equations • QCD-Phenomenology • Detector Design, Optimization and R&D • Pattern Recognition and High-Level Trigger • Large-Volume Data Analysis • Accelerator Optimization and R&D Pattern Recognition Data Analysis Accelerator Design Monte Carlo Simulations Detector Design Non-linear PDEs QCD Effective Theories

  22. Scientific Concept • Monte Carlo Methods - Transport and Lattice Simulations • Strongly Coupled Partial Differential Equations • QCD-Phenomenology • Detector Design, Optimization and R&D • Pattern Recognition and High-Level Trigger • Large-Volume Data Analysis • Accelerator Optimization and R&D Pattern Recognition Data Analysis Accelerator Design Monte Carlo Simulations Detector Design Non-linear PDEs QCD Effective Theories

  23. Scientific Concept • Monte Carlo Methods - Transport and Lattice Simulations • Strongly Coupled Partial Differential Equations • QCD-Phenomenology • Detector Design, Optimization and R&D • Pattern Recognition and High-Level Trigger • High performance computing • Accelerator Optimization and R&D Pattern Recognition Data Analysis Accelerator Design Monte Carlo Simulations Detector Design Non-linear PDEs QCD Effective Theories

  24. Scientific Concept • Monte Carlo Methods - Transport and Lattice Simulations • Strongly Coupled Partial Differential Equations • QCD-Phenomenology • Detector Design, Optimization and R&D • Pattern Recognition and High-Level Trigger • Large-Volume Data Analysis • Accelerator Optimization and R&D Pattern Recognition Data Analysis Accelerator Design Monte Carlo Simulations Detector Design Non-linear PDEs QCD Effective Theories

  25. Opportunity to attract top international talents • - 18 new permanent/tenure track positions pledged by the Partners - more than 100 senior researchers participating in the Alliance, more than 300 scientists in total - 3 positions filled to-date (TUD, MPI-K, MS), advanced recruiting for senior positions (HD, F, ...) - 4 EMMI fellow positions at GSI, 2 positions filled to-date - visitor program - EMMI supported PhD students associated with surrounding graduate schools (H-QM, HGS-HIRe, HGSFP) www.hgs-hire.de

  26. Opportunity to attract top international talents • - more than 30 new permanent/tenure track positions pledged by the 6 HICforFAIR partners - more than 40 senior researchers participating in the Center - 7 positions filled to-date (F, TUD, FIAS ), advanced recruiting for senior positions (TUD, F, Gi, FIAS) - strong guest scientist program - HICforFAIR supports PhD students associated with surrounding graduate schools (H-QM, HGS-HIRe)

  27. EMMI Workshops/Programs • Active workshop program: • - short workshops ( <1 week) • - longer programs ( 4 weeks) • Call for Proposals published (see www.gsi.de/emmi): • - all members of the community can apply for organising workshops/programs • - 11 EMMI workshops so far (www.gsi.de/emmi/events.html) • - joint workshops planned with ECT*, Trento • In addition: • - advanced lecture courses and seminars • - various outreach activities

  28. HICforFAIR Workshops/Programs • Active workshop program: • - short workshops ( <1 week) • - conferences • Call for Proposals published (see www.hicforfair.de): • - all members of the collaborations can apply for organising workshops/conferences • - 10 HICforFAIR workshops/conferences so far • - 2 workshops already with ECT*, Trento • In addition: • - advanced lecture courses and seminars • - various outreach activities

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