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NuPECC

Join us at the NuPECC Symposium in Vancouver to explore key scientific issues, publications, human resources, and the launch of new projects in the field of nuclear physics. Discover the role of NuPECC in strengthening European collaboration and shaping the future of nuclear physics research.

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NuPECC

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  1. NuPECC IUPAP WG.9 Symposium, Vancouver 2/7/10

  2. What is • Nuclear Physics European Collaboration Committee • founded 1988 by subscribing national research councils, who nominate nuclear scientists as their representatives to be appointed by the European Science Foundation, ESF, for 3-6 years • Objective of NuPECC: • “To strengthen European collaboration in nuclear science through the promotion of nuclear physics and its trans-disciplinary use and application in collaborative ventures between research groups within Europe and particularly those from countries linked to the ESF” IUPAP WG.9 Symposium, Vancouver 2/7/10

  3. has currently28 membersfrom 20 countries • Bulgaria will join in 2011 • meets 3 times a year in different member states IUPAP WG.9 Symposium, Vancouver 2/7/10

  4. ESF • European Science Foundation • Founded 1974 • 79 member organisations • Science Ministries • Research Councils • Academies • from 30 countries IUPAP WG.9 Symposium, Vancouver 2/7/10

  5. Environment • Europe • European Physical Society: Nuclear Physics Board • EU Commission: Framework Programmes 6 & 7 • CAPACITIES, Research Infrastructure I3s & IAs • ERA-net “NuPNET” • EU Council: ESFRI • European Committee for Future Accelerators, ECFA • Globally • US DoE & NSF: Nuclear Science Advisory Committee, NSAC • Asian Nuclear Physics Association, ANPhA • International Union of Pure and Applied Physics, IUPAP • Nuclear Physics C’ttee, C12 • Working Group on Int’l Coordination of Nuclear Physics, WG.9 • United Nations, OECD • Global Science Forum: Working Group on Nuclear Physics IUPAP WG.9 Symposium, Vancouver 2/7/10

  6. What does • Identifies key scientific issues • Issues publications • Performs surveys of human resources • Establishes Nuclear Physics sub-fields • Interacts with funding agencies • Launches new Projects • Develops Long Range Plans IUPAP WG.9 Symposium, Vancouver 2/7/10

  7. Key Scientific Issues • Nature of visible matter in the universe • Structure of strongly interacting particles (hadrons) • Confinement, QCD vacuum • Exotic hadronic matter • New types of strongly interacting bulk matter • At very high temperatures shortly after Big Bang • At very high densities, e.g. in the core of neutron stars • Nuclear properties of 300 stable  6000 short-lived nuclei • By use of intense radioactive beams • Nuclei at their limits of existence • Generation of heavy nuclei in cataclysmic cosmic events • Fundamental Interactions • Matter dominance in Universe • Nature of neutrinos • (Violation of) Symmetries • Applications of nuclear physics for e.g. • Energy generation • Nuclear Medicine • Security Issues IUPAP WG.9 Symposium, Vancouver 2/7/10

  8. Publications • Web: www.nupecc.org • Nuclear Physics News • 4 issues p.a., 6000 subscribers in Europe, North America & Japan • Handbook of Facilities Access • Survey of Resources • Topical Reports • Long Range Plans • Outreach activities • Brochures • Radioactive Beams • Nature at the Femto-scale • Public Awareness of Nuclear Science, PANS • www.nupecc.org/pans • Nuclear Physics Experience, NUPEX • www.nupecc.org/NUPEX IUPAP WG.9 Symposium, Vancouver 2/7/10

  9. Survey of Human Resources IUPAP WG.9 Symposium, Vancouver 2/7/10

  10. …in Various Key Subfields IUPAP WG.9 Symposium, Vancouver 2/7/10

  11. Launch of New Projects • EU Framework 6 Programme • Integrated Infrastructure Initiatives, I3s • Nuclear Structure and Reaction Dynamics: EURONS • Strongly Interacting Matter: HadronPhysics • Design Studies • DIRACsecondary-Beams (FAIR) • EURISOL • EU Framework 7 Programme • Integrating Activities, IAs • Hadron Structure & Spectroscopy, QGP: HadronPhysics2 • Nuclear Science & Applications: ENSAR • Applied Nuclear Physics: SPIRIT • High intensity stable beam initiative: ECOS • Electron-nucleon/ion collider: ENC @ FAIR, LHeC @ CERN IUPAP WG.9 Symposium, Vancouver 2/7/10

  12. NuPECC Long Range Plan 2010 Perspectives for Nuclear Physics Researchin Europe IUPAP WG.9 Symposium, Vancouver 2/7/10

  13. LRP2010 Rationale • Nuclear Physics projects involve setting up large-scale Research Infrastructures • needs • Strong science case • Strong support of scientific community • Strong support of policy makers • Coherent action of funding agencies • because they are expensive! • NP projects have long lead times • Needs • Considered planning ahead (LRPs or FLs) IUPAP WG.9 Symposium, Vancouver 2/7/10

  14. LRP2010 Objectives • Review status of the field • Issue recommendations to advance • the science & • its applications in Europe • Develop action plan • Roadmap for • upgrading existing NP facilities • building new large-scale Research Infrastructures • Collaborate with • EU FP7 • IAs: “HadronPhysics2” and “ENSAR” • ERA-net “NuPNET” (funding agencies) • Put European Nuclear Physics into worldwide context • NSAC / DoE & NSF in USA, ANPhA in Asia • IUPAP • OECD Global Science Forum IUPAP WG.9 Symposium, Vancouver 2/7/10

  15. Outline LRP2010 • Foreword • Executive Summary • Purpose, Scientific & Societal Scope, Objectives • Science Case • Research Infrastructures & Networking • Scientific Themes • Recommendations & Roadmap • Research Infrastructures & Networking • Existing Research Infrastructure & Upgrades • Future Research Infrastructures • Collaboration at European and Global Level • Scientific Themes • Hadron Physics • Phases of Strongly Interacting Matter • Nuclear Structure & Dynamics • Nuclear Astrophysics • Fundamental Interactions • Nuclear Physics Tools & Applications • Glossary IUPAP WG.9 Symposium, Vancouver 2/7/10

  16. Scientific Themes • Hadron Physics • Phases of Strongly Interacting Matter • Nuclear Structure & Dynamics • Nuclear Astrophysics • Fundamental Interactions • Nuclear Physics Tools& Applications • NuPECC Steering C’ttee • G. Rosner (Chair) • J.J. Gaardhøje • A. Bracco • P.-H. Heenen • E. Widmann • Ph. Chomaz • NuPECC Liaison • J. Wambach • Th. Peitzmann • M.J.G. Borge • S. Harissopulos • K. Jungmann • E. Nappi • Working Group Conveners • U. Wiedner • P. Giubellino • R. Julin • B. Fulton • N. Severijns • S. Leray IUPAP WG.9 Symposium, Vancouver 2/7/10

  17. Working Groups • Hadron Physics • Convener: U. Wiedner (U Bochum) • Experts: C. Alexandrou, M. Anselmino, R. Beck, M. Birse, T. Bressani, M. Guidal, T. Hennino, F. Maas, U. Meissner, K. Peters, A. Schaefer, M. Soyeur, A. Szczurek, M. Vanderhaeghen • Phases of Strongly Interacting Matter • Convener: P. Giubellino (INFN Torino) • Experts: G. Cardella, F. Gulminelli, A. Kugler, J. Nystrand, J.-Y. Ollitrault, M. Petrovici, K. Redlich, P. Senger , R. Snellings, J. Wessels, U. Wiedemann • Nuclear Structure & Dynamics • Convener: R. Julin (JYFL Jyväskylä) • Experts: N. Alahari, T. Aumann, Y. Blumenfeld, P. Butler, H. Fynbo, A. Gadea, W. Korten, A. Maj, G. Neyens, T. Nilsson, R. Roth, P. Roussel-Chomaz, C. Scheidenberger, A. Vitturi, Dario Vretenar • Nuclear Astrophysics • Convener: B. Fulton (U York) • Experts: N. Chamel, Z. Fülöp, F. Hammache, M. Heil, J. José, F. de Oliveira, P. Prati, T. Rauscher, S. Romano , K. Sonnabend, C. Vockenhuber , P. Woods • Fundamental Interactions • N. Severijns (KU Leuven) • Experts: R. Calabrese , G. Drexlin, D. Horvath, K. Kirch, K. Pachuki, F. Piquemal , S. Schönert, R. Timmermans, C. Volpe , Ch. Weinheimer, O. Zimmer • Nuclear Physics Tools & Applications • Convener: S. Leray (IRFU Saclay) • Experts: J. Benlliure, A. Boston, M. Durante, S. Gammino, J. G. Camacho, M. Huyse , J. Kucera, P. Moretto, L. Sihver, C. Trautmann IUPAP WG.9 Symposium, Vancouver 2/7/10

  18. WGs’ Tasks • Identify • Big questions • Key issues in NP sub-field • Write contribution to LRP2010 • Review recent achievements and the current state of the art • Identify open problems and hot topics in the field • Develop medium and long-term strategies to tackle them • How to optimise interplay between experiment and theory • Develop the European and worldwide perspective of the field • Formulate recommendations and propose action plan • Involve community • NuPECC LRP2010 Scoping Workshop at FIAS in Frankfurt, 12-13/10/2009 • NuPECC LRP2010 Town Meeting at CSIC in Madrid, 31/5-2/6/2010 • In between: • Invite experts to WG face-to-face meetings • Organise mini-workshops • Put drafts on NuPECC website IUPAP WG.9 Symposium, Vancouver 2/7/10

  19. RIs & Networking • Existing Research Infrastructures & Upgrades • Theory & Computing • Lepton Beam Facilities • Hadron Beam Facilities • Neutron Facilities • Smaller Scale Facilities • Future Research Infrastructures • ESFRI Roadmap Facilities • Major Upgrades of Existing Facilities • Travelling Detectors • Projects & Design Studies • Networking • Europe • ESF • EU • FP7 IAs “HadronPhysics2”& “ENSAR” • FP7 ERA-net “NuPNET” • EPS / NPB • ECFA • Outwith Europe • NSAC & ANPhA • Globally • IUPAP WG.9 • OECD Global Science Forum IUPAP WG.9 Symposium, Vancouver 2/7/10

  20. Hadron Physics Facilities MAX-lab: 0.25 GeV  ELSA: 3.5 GeV e,  MAMI: 1.5 GeV e,  FZ Jülich: 2.5 GeV p @ COSY GSI: 2.5 GeV/c ,FOPI, HADES FAIR: 15 GeV/c anti-protons @ PANDA40 GeV/n HIs @ CBM Low-E anti-protons @ FLAIR PAX or ENC CERN:200 GeV μ, hadrons @ COMPASS 5.5 TeV/n HIs @ALICE Low-E anti-protons @ AD LHeC INFN LNF: 1 GeV e+e-@ DANE 16 MeV K IUPAP WG.9 Symposium, Vancouver 2/7/10

  21. Nuclear StructureFacilities JYFL: HI beams KVI: HI beams GSI: HI beams FAIR: NuSTAR Radioactive HI beams IPN-ALTO: (Radioactive) HI beams GANIL: SPIRAL (Radioactive) HI beams SPIRAL 2 Radioactive HI beams EURISOL INFN LNL: HI beams SPES Radioactive HI beams CERN: ISOLDE Radioactive HI beams HIE-ISOLDE Radioactive HI beam INFN LNS: HI beams IUPAP WG.9 Symposium, Vancouver 2/7/10

  22. Draft Recommendations • Complete ESFRI Facilities • FAIR with PANDA, CBM, NuSTAR and APPA • SPIRAL2 at GANIL including S3 and DESIR • Perform Major Upgrades • HIE-ISOLDE at CERN • SPES at INFN-LNL • AGATA • SC Linac at GSI • Support ALICE at CERN • Upgrades for nuclear beams programme at LHC to expand physics reach • Support Theory • RI ECT* in Trento • Projects for advanced studies related to the experimental roadmap • Dedicated high-performance computing facilities • Fully exploit Existing Facilities • Lepton beam facilities ELSA in Bonn, MAMI in Mainz, COMPASS at CERN, DANE at INFN-LNF, and hadron beam facilities COSY at FZ Juelich and GSI in Darmstadt • Heavy ion beam facilities at JYFL, KVI, GSI, GANIL, IPNO, ISOLDE, INFN-LNL and INFN-LNS • Underground labs in Europe, e.g. LUNA at INFN Gran Sasso • AD at CERN & upgrade ELENA • Smaller scale national and university labs across Europe for nuclear applications, structure & astrophysics experiments, and fundamental studies IUPAP WG.9 Symposium, Vancouver 2/7/10

  23. Draft Recommendations cont’d • Support Nuclear Physics applications & education • Novel developments for nuclear energy, medicine & security • Beams, targets & instrumentation developments • Secure and develop nuclear physics skills basis for current and future needs • Promote Planning for Future Large-Scale Facilities • EURISOL as RI in future updates of ESFRI list • Technical Design Study for intense radioactive beams at ISOL@MYRRHA • Technical Design Studies for PAX and ENC at FAIR • Technical Design study for nuclear physics experiments & applications at ELI • Technical Design Study for LHeC at CERN IUPAP WG.9 Symposium, Vancouver 2/7/10

  24. Draft Roadmap New Large-Scale Facilities

  25. LRP2010 Schedule IUPAP WG.9 Symposium, Vancouver 2/7/10

  26. Thank you very much for your attention IUPAP WG.9 Symposium, Vancouver 2/7/10

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