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“ European Nuclear Science and Applications Research 2 ” (ENSAR2)

“ European Nuclear Science and Applications Research 2 ” (ENSAR2). Muhsin N. Harakeh Coordinator ENSAR on behalf of the ENSAR management group (FISCO) NuPECC Meeting 8 June 2013 Florence, Italy. Partners of. JYL. 7 TNA Facilities. 30 beneficiaries 18 countries. UNIMAN. UWAR.

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“ European Nuclear Science and Applications Research 2 ” (ENSAR2)

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  1. “European Nuclear Science and Applications Research 2” (ENSAR2) Muhsin N. Harakeh Coordinator ENSAR on behalf of the ENSAR management group (FISCO) NuPECC Meeting 8 June 2013 Florence, Italy

  2. Partners of JYL 7 TNA Facilities 30 beneficiaries 18 countries UNIMAN UWAR RUG-KVI JOGU IFJ-PAN KUL 53 associated partners GSI NPI GANIL GUF ULB CEA TUW ATOMKI-HAS TUD ALTO-CNRS UNIBAS IFIN-HH ECT* PSI USC RBI EC financial contribution: 8 M€ CERN-ISOLDE INRNE-BAS LNL-INFN CIEMAT FFCUL UCM NCSRD LNS-INFN

  3. Transnational Access Facilities in IA ENSAR • TNA1 (Access to GANIL, 3510 hours of beam) • TNA2 (Access to GSI, 3750 h) • TNA3 (Access to INFN-LNL&LNS, 4424 h) • TNA4 (Access to JYU-JYFL, 3000h) • TNA5 (Access to KVI, 800 h) • TNA6 (Access to CERN-ISOLDE, 5200 h) • TNA7 (Access to ALTO, 1470 h) Strong emphasis on the support for users (30-40% of the TNA EC request)

  4. Network Activities in ENSAR (2nd Call) • NA01 FISCO (FInancial & Scientific COordination) M. N. Harakeh • NA02 ECOS (European Collaboration On Stable ion beams)F. Azaiez • NA03 EURISOL NET (EURopean ISOL NETwork)Y. Blumenfeld • NA04 ATHENA (Advanced THeory & Experiments for Nuclear Astrophysics)K. Sonnabend • NA05 EGAN (European Gamma & Ancillary detectors Network) S. Lenzi • NA06 EFINION(European Forum for Innovative applications of Nuclear ION beams and tools)S. Harissopulos

  5. Joint Research Activities in ENSAR (2nd Call) • The JRAs deal with all aspects of experimental activities from sources and targets, to detectors, to simulations of experimental set-ups, data analysis and a development of adequate theoretical tools. • JRA01 ARES (Advanced Research on Ecr ion Sources) G. Ciavola • JRA02 ActILab (Actinide ISOL target R&D Laboratory)T. Stora • JRA03 PREMAS (Low-energy beam PREparation, MAnipulation & Spectroscopy)A. Jokinen • JRA04 INDESYS (INnovative solutions for nuclear physics DEtector SYStems: “From basic R&D to applications for the society”)D. Cortina Gil • JRA05 SiNuRSE (Simulations for Nuclear Reactions and Structure in Europe)N. Kalantar-Nayestanaki • JRA06 EWIRA (East West Integrated Research Activities)D. Balabanski • Create a niche for the small(er) laboratories from Central and South-Eastern Europe and bring them to a level comparable to that of the existing Western European laboratories • JRA07 THEXO (THeoretical tools in support of infrastructures) • P.-H. Heenen

  6. ENSAR Organisation • Coordinator: M. N. Harakeh (GANIL) • Deputy Coordinator: M. Lewitowicz (GANIL) • Project Manager: K. Turzó (GANIL) • Financial/administrative: V. Vandevoorde/S. Dubromel • Managing institution: GANIL • 30 Partners NA01 FISCO Meetings: 2 /year Meetings: 1 /year Meetings: 1 /year 6 6

  7. FP8 ENSAR2 In July 2012, the EC started a consultation process in the framework of Horizon 2020: “This consultation is organised in order to prepare future EU activities supporting the integration of and access to existing national research infrastructures.” “The aim of these activities is to provide a wider and more efficient access to, and use of, the research infrastructures existing in EU Member States, Associated Countries and at international level when appropriate.” “Provide the users of research infrastructures with a harmonised, improved and optimised access to the best research infrastructures in a given field.” “Increase the potential for innovation and technology transfer of the related research infrastructures, in particular by reinforcing the partnership with industry…” 7

  8. FP8 ENSAR2 • ENSAR responded in October 2012. The ENSAR2 proposal aims at: • Supporting the access costs to the research infrastructures at the highest possible level and >> than the few % of real operational costs today • Supporting the scientists, especially the young researchers, participating in experiments at these infrastructures • Supporting the novel instrumentation and theory developments leading to strong improvements of the research infrastructures through Joint Research Activities • Supporting the synergy of the community and promoting and facilitating the use of the research infrastructures through Networking Activities

  9. FP8 ENSAR2

  10. ENSAR & ENSAR2 • ENSAR started on Sept. 1, 2010 • End of the ENSAR project August 31, 2014 • Pre-proposal for ENSAR2 as response to the EC consultation by October 2012 (essentially ready) • In February 2013, ENSAR2 came on the short list of the EC to be targeted for a call. We asked the community to help in the preparation of the ENSAR2 proposal (in particular suggestions for NAs and JRAs).

  11. Preparation of FP8 ENSAR2 • Creation of the Scientific Steering Committee with representatives of ENSAR2 TNA facilities and experts of their scientific fields: beginning of March 2013 11 11

  12. Preparation of FP8 ENSAR2 • Call for new ideas: deadline on April 15, 2013 • 42 new ideas received • Presentationof new ideas during ENSAR Town Meeting, Warsaw, Poland – June 17 to 21, 2013 • ENSAR 2 proposal to be prepared. Expected launch of calls beginning of 2014. We have to be ready and submit as soon as EC FP8 call appears 12

  13. ENSAR2 New Ideas Submitted in April 2013 14 Networks 27 Joint Research Activities 1 Transnational access to AGATA Some of the Networking and Joint Research activities are connected to current projects selected by the ERANET-NuPNET: GANAS, NEDENSAA, and FATIMA (R&D on detectors), EMILIE (EURISOL technologies) and SARFEN (nuclear theory)

  14. ENSAR2 EC Request • EC financial contribution request: ≥ 15 M€ • Transnational Access Activities:  50% • Networking Activities: ≥ 15% • Joint Research Activities: ≥ 35%

  15. FP8 ENSAR2 • Meeting with EC on 22 April: • GSI/FAIR and GANIL/SPIRAL2 apply for TNA within ENSAR2 or for construction and running budget as ESFRI RI • New infrastructures from Poland and Romania: Krakow/Warsaw (Cyclotrons) Bucharest (high-energy tandem and ELI-NP) • ECT*: TNA in HadronPhysics and ENSAR • AGATA infrastructure • Relations with international infrastructure in Canada, China, Japan, South Africa and U.S. • What will be the size of the budget allowed? • When is the call to be expected? What is the timeline foreseen? • Will the forms be the same as before; i.e. can we start preparing the proposal for ENSAR-2? • NA radiobiology and medical applications 15

  16. Partners of FP8 ENSAR2 7  8(9)TNA Facilities JYL 30  40 beneficiaries ≥ 18 countries Community: 2700-3000 scientists and highly qualified engineers UNIMAN RUG-KVI UWAR-HIL & IFJ PAN I JOGU KUL GSI NPI Close collaboration with infrastructures outside Europe: Japan: RIKEN & RCNP China: IMP Lanzhou United States: NSCL & ANL Canada: TRIUMF South Africa: iThemba GANIL ULB CEA TUW ATOMKI-HAS TUD ALTO-CNRS UNIBAS IFIN-HH ECT* PSI USC RBI CERN-ISOLDE INRNE-BAS LNL-INFN CIEMAT FFCUL UCM NCSRD LNS-INFN

  17. TANDEM Accelerator at IFIN-HH • 9 MV TANDEM accelerator, completely modernised • Duoplasmatron alpha particles source (Li-exchange) • Sputtering source • “Fast” (nanoseconds) pulsing system • “Slow” (>millisecond) pulsing system • Very good transmission (>98%) 5000 hours of beam time per year Permanent gamma detection array 25 positions: 55% HPGe detectors LaBr3:Ce detectors

  18. Possible layout of the ELI-NP facility at Magurele/Bucharest, Romania Implementation: 2012-2017 http://www.eli-np.ro ELI-NP: - two lasers of : 150 J /15 fs (10 PW)/0.01 Hz - a brilliant gamma beam obtained through backscattering of a 10 J/2 ps / 120 Hz x 100 laser on classical electron bunches from a linac

  19. + = • NLC: NARODOWE LABORATORIUM CYKLOTRONOWE • (NATIONAL CYCLOTRON LABORATORY), WARSAW-KRAKOW, POLAND • A consortium of 2 institutions: • HIL: Heavy Ion Laboratory, Warsaw University, Warsaw, Poland • IFJ PAN: Niewodniczanski Institute of Nuclear Physics, Polish Academy of Sciences, Krakow, Poland

  20. NLC • 2-centers, 4 cyclotrons for basic research and medical applications; Common Steering Council and Scientific Advisory Board; Separate administrations, International Users Boards or Program Advisory Committees. • Cyclotrons • U-200 (K=160) heavy-ion cyclotron with energies up to 10 MeV/A at HIL Warsaw; • High intensity proton/deuteron cyclotron (16/8 MeV) for the production of - and research on the radiopharmaceuticals at HIL Warsaw; • AIC-144 isochronous cyclotron with protons (up to 60 MeV), deuterons and He ions (up to 30 MeV) beams at IFJ PAN Kraków; • IBA Proteus-235 cyclotron for protons 70-230 MeV at IFJ PAN Kraków (commissioning end of 2012).

  21. Major installations, instruments and services provided to researchers by NLC HIL Warsaw GDR multi-detector system JANOSIK 12 HPGe g-ray multi-detector system EAGLE (+20 detectors from Gamma-Pool) Universal scattering chambers CUDAC Charged particle multidetector system ICARE Scandinavian type on-line mass separator IGISOL Irradiation chambers with target water cooling Low-background lead-shielded HPGe counters Target laboratory, mechanical and electronic workshops, library, two conference rooms (120 and 80 participants), 12 guest rooms

  22. Major installations, instruments and services provided to researchers by NLC IFJ PAN Kraków Detector BINA for light ion reactions (from KVI Groningen) HECTOR array for high-energy gamma-rays (from INFN Milano) Proton therapy room with optical line for beam formation and control, patient positioning system including two X-rays machines and chair for patient positioning Isotope production facility with radiochemistry laboratory 4 conference rooms (40-150 participants), library, guesthouse with 10 double rooms Installation of the Proteus-235 cyclotron at IFJ PAN Contact: Adam.Maj@ifj.edu.pl

  23. Thank you for your attention

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