Long Range Plan Perspectives of Nuclear Physics in Europe. Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 1
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1 Long Range Plan 2010 Perspectives of Nuclear Physics in Europe Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 1
2 Objectives Review status of the field Issue recommendations to advance The science Its applications in Europe Develop action plan Roadmap for Upgrading existing Nuclear Physics facilities Building new large-scale Research Infrastructures Collaborate closely with EU FP7 projects IAs: HadronPhysics2, ENSAR, SPIRIT and HadronPhysics3 ERA-net NuPNET (18 European science ministries & funding agencies from 14 European countries) Put European Nuclear Physics into global context NSAC (DoE & NSF) in USA, ANPhA in Asia, ALAFNA in Latin America IUPAP OECD Global Science Forum Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 2
3 Procedure Preparatory phase of LRP2010 in summer Scientific Themes identified by NuPECC NuPECC Steering C ttee established 6 Working Groups established Preparatory workshops ESF funding secured Scoping Workshop in Oct Community & Working Groups meet & discuss LRP2010 Subsequent drafting workshops Working Groups Steering C ttee NuPECC LRP2010 draft versions on NuPECC web site Consensus Conference in June 2010 (Spanish EU Presidency) Community discussed Scientific Themes and approved Recommendations Roadmap Finalising & planning of outreach activities Long Range Plan 2010, Brochure, Slide Show Dissemination Plan set up Launch of Presentation Conference (Belgian EU Presidency) in Dec Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 3
4 Outline Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 4
5 Hadron Physics FAIR Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 5
6 Phases of Strongly Interacting Matter LHC FAIR Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 6
7 Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 7
8 Nuclear Astrophysics FAIR Gran Sasso CERN Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 8
9 Fundamental Interactions Neutrino masses Direct measurements 3 H (KATRIN) 187 Re (MARE) 0νββ decay Majorana or Dirac? Experiments in Europe CUORE, GERDA, LUCIFER, NEXT, SuperNEMO Nuclear matrix elements! CPT invariance Matter-antimatter ratios Antiprotonic CERN CERN FAIR Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 9
10 Nuclear Medicine Small cell lung carcinoma 12 C GSI Adenoid cystic ca. Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 10
11 Research Infrastructures Existing Research Infrastructures & Upgrades Theory & Computing Lepton Beam Facilities Electrons/positrons Muons Photons Hadron Beam Facilities Protons, Pions, Antiprotons Heavy Ions Smaller-Scale Facilities Future Research Infrastructures ESFRI Roadmap Facilities Major Upgrades of Existing Facilities Travelling Detectors Projects & Design Studies Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 11
12 Facilities FAIR SPIRAL2 Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 12
13 Darmstadt Nuclear Structure & Astrophysics (Rare-isotope beams) Hadron Physics (Stored and cooled anti-protons) UNILAC QCD-Phase Diagram (HI beams 2 to 45 GeV/u) p-linac Fundamental Symmetries & Ultra-High EM Fields (Antiprotons & highly stripped ions) SIS18 HESR SIS100/300 Rare-Isotope Production Target Anti-Proton Production Target Materials Science & Radiation Biology (Ion & antiproton beams) CR & RESR Cryring Dense Bulk Plasmas (Ion-beam bunch compression & petawatt-laser) NESR Accelerator Physics Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 13
14 FAIR Experiments CBM APPA SuperFRS PANDA Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 NuSTAR 14
15 GANIL Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 15
16 LRP2010 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 Upgrade the nuclear beams and the detector 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, DAΦNE at INFN-LNF, and hadron beam facilities COSY at FZ Juelich and GSI in Darmstadt Heavy ion beam facilities JYFL, KVI, GSI, GANIL, IPNO, ISOLDE, INFN-LNL and INFN-LNS Underground labs in Europe such as LUNA at INFN Gran Sasso AD at CERN & upgrade ELENA Smaller scale national and university labs across Europe dedicated to nuclear structure & astrophysics experiments, fundamental interactions and nuclear applications Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 16
17 LRP2010 Recommendations Cont d Support Nuclear Physics Applications & Education Secure and develop nuclear physics skills basis for current and future needs Develop nuclear energy, medicine & security appplications Develop of novel sources, beams, targets & instrumentation 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 LHeC at CERN Inclusion of nuclear physics ELI and ESS Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 17
18 Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 18
19 Thank you very much Günther Rosner IUPAP WG.9, Cambridge MA USA, 24/7/11 19
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