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French – Polish and Italian - Polish Collaborations in Nuclear and Particle Physics – consortium COPIN Adam Maj (COPIN) A. Maj, Catania 2016 Large and medium-size scientific centres in Poland WARSZAWA • • • • WROCŁAW • • Wroclaw University Wroclaw University of Technology KRAKÓW • • • • Jagiellonian University University of Science and Technology Krakow University of Technology Institute of Nuclear Physics (with Cyclotron Centre Bronowice) A. Maj, Catania 2016 Warsaw University (with Heavy Ion Lab.) Warsaw University of Technology National Centre for Nuclear Research (in Swierk) Institute of Plasma Physics and Laser Microfusion The collaboration between France and Poland started a long time ago: Discovery of POLONIUM and RADIUM in 1898 Maria Sklodowska-Curie (1867-1934) Marie Skłodowska Curie was a Polish-born French physicist and chemist famous for her work on radioactivity. She was a pioneer in the field of radioactivity and the first person honored with two Nobel Prizes —in physics and chemistry. She was also the first female professor at the University of Paris. (Wikipedia) A. Maj, Catania 2016 Agreement signed in 1957 between the CNRS and the Polish Academy of Sciences (PAN): first of this kind with a country of eastern Europe In Nuclear and Particle Physics, the French-Polish Collaboration started through personal contacts in the 60’s and 70’s: Jerzy Jastrzębski with the Institut de Physique Nucléaire (Orsay) in 1957; Eugeniusz Bozek (1963), Jan Styczen (1971) with the Centre de Recherches Nucléaires (Strasbourg) nowadays IPHC (Institut Pluridisciplinaire Hubert Curien) A. Maj, Catania 2016 French - Polish Agreement for „cooperation scientifique” signed in 1974 between the Director of IN2P3 and the Director of Institute for Experimental Physics of the University of Warsaw A. Maj, Catania 2016 New Agreement of Cooperation in Nuclear and Particle Physics between CNRS/IN2P3 – COPIN consortium singed in 2006 COPIN Consortium (copin.ifj.edu.pl) IFJ PAN, Krakow (Coordinator) NCBJ, Warszawa ITME, Warszawa UJ, Krakow UMCS, Lublin US, Katowice UW, Warszawa SLCJ UW, Warszawa UWr, Wrocław Usz, Szczecin Chairmen: Jan Styczeń (2006-2011 ), Adam Maj (2011-) A. Maj, Catania 2016 Within the COPIN-IN3P3 agreement are funded personal exchanges in the collaborative projects from Polish and French groups on nuclear physics, particle physics and applications. The mixed Polish-French committee reviews the proposed projects and allocates the person-days every year. Ca. 600 person-days for french scientists coming to Poland and 600 person-days for polish scientists going to France are covered every year. Warszawa Wrocław Lublin More than 1000 papers published GANIL Orsay Saclay Strasbourg Bordeaux Lyon Grenoble A. Maj, Catania 2016 Kraków Katowice Agreement for the creation of the LIA COPIN – CNRS/CEA/GANIL „The collaboration COPIN-GANIL on Physics of exotic nuclei COPIGAL signed in Paris 26-11-2008 Scientific Coordinators: M. Lewitowicz - GANIL B. Fornal - IFJ PAN Agreement for the creation of the GDRI ICC Spiral2 COPIN – CNRS/CEA/GANIL Instrumentation Coordination Committee (ICC) signed in 2014 (+ Belgium and Rumania) Scientific Coordinator: A. Maj - IFJ PAN “Ions lourds aux énergies ultrarelativistes (EUREA)” 2005‐2016 A. Maj, Catania 2016 (+Russie,Ukraine) But of course not only bilateral collaborations ….but also Common FP6 and FP7 European projects and also in H2020 SPIRAL2 Preparatory Phase NuPNET (Nuclear Physics Network) EURONS (EUROpean Nuclear Structure Research) ENSAR (European Nuclear Science and Application Research) ENSAR 2 (European Nuclear Science and Application Research) A. Maj, Catania 2016 List of aproved projects within CNRS/COPIN Collaboration agreement for 2015 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. Leptons in p pion-induced reactions with HADES High-Symmetry point groups in nuclear structure and their experimental manifestations Effets électromagnétiques et mésiques dans les atomes hadroniques Développement de programmes Monte-Carlo pour utiliser les faisceaux du LHC comme des faisceaux de bosons électrofaibles Simulation du comportement du combustible nucléaire usé à l'aide des techniques de faisceaux d'ions Statistical effects in nuclei and nuclear Jacobi shape transitions Studies of electromagnetic structure of exotic nuclei with GANIL facilities Spectroscopie gamma de noyaux N-Z à l'aide d'Exogam Collective properties of exotic nuclei studied at ALTO with PARIS Demonstrator Violation de CP et interactions fortes dans les désintégrations hadroniques des mésons B et D New GANIL detection setup for SHE identificaion Broken symmetries, nuclear structure and collective motion Transformations structurales induites par l'irradiation dans des oxides pour les applications nucléaires Monte-Carlo generators for p-A and A-A at energies above 1017eV, simulation of extensive air shower development for the highest energy cosmic rays Influence of the neutron excess on binary decays from compound nuclei Isospin symmetry breaking exceptional points and effective symmetries from a perspective of the shell model embedded in the continuum Phénoménologie des désintégrations des bons W et Z et de nouveaux états à haute masse au LHC et à l'ILC ATLAS-LPNHEIFJ-ELECINJET: Use of electrons in jets with first Atlas data Precision measurements with W and Z events in the first phase of the LHC Advanced Monte-Carlo and GEANT4 simulations for optimizing future experiments dedicated to nuclear dynamics at GANIL, SPIRAL1 and SPIRAL2. n_EDM - Magnetic field calculations and monitoring – Detection and Data acquisition kT factorisation and quarkonium production in the LHC era Radioactive nuclei for medical applications A. Maj, Catania 2016 List of aproved projects within CNRS/COPIN COPIGAL LIA agreement for 2015 1. Structure of light exotic nuclei and halo nuclei – Coupled reaction channel studies for the investigation of shell effects via transfer reactions 2. Nuclear structure close to N=Z=50 3. Nuclear deformation in excited states 4. Studies of near barrier fusion for very heavy systems (Z around 100) with the present GANIL facility and the future S3 separator 5. The improvement of light particle and fragment detection for the study of nuclear spectroscopy, dynamics and thermodynamics at the new generation of Radioactive Ion Beam facilities – FAZIA collaboration 6. Photon Array for studies with Radioactive Ion and Stable beams (PARIS) 7. Highly excited exotic nuclei probed by the GDR gamma decay and discrete gamma spectroscopy 8. Studies of neutron-rich nuclei using deep-inelastic collisions with radioactive beams 9. Search for the high-rank symmetries in subatomic physics 10. Installation of the Advanced Gamma Tracking Array (AGATA) Demonstrator and upgrade of the EXOGAM array at GANIL 11. Measurements of electromagnetic moments of isomeric states in fragmentation reaction products 12. Theoretical investigations of nuclei far from stability 13. Barrier height distribution studies 14. Spectral Predictive Power of the Nuclear Hamiltonians 15. Theoretical and experimental investigations of the highly collective bands in the A~40,60 nuclei 16. Correspondence between selfconsistent and micro-macro predictions for very deformed and spin isomeric configurations 17. Preparatory work on installation of the Recoil Filter Detector at GANIL 18. Fission dynamics within state-of-the-art Langevin approach 19. Development and implementation of digital electronics and a data acquisition system of ancillary detectors for SPIRAL2 gamma spectroscopy experiments 20. Spectroscopy of exotic unbound nuclei and a search for resonances in heavy ion scattering 21. In-beam gamma-ray spectroscopy of the neutron-rich C, N, O and F isotopes with the S3 separator at GANIL A. Maj, Catania 2016 Framework Agreement between COPIN and INFN concerning Collaboration on Nuclear Physics and Accelerator Technology, including applications of these disciplines signed 28 May 2014 The Collaboration was given the name LEA POLITA – it complements the two existing LEAs COPIGAL and COLLIGA News in Italy: The Collaboration LEA POLITA between COPIN and INFN - main objectives: The Parties undertake to encourage and develop their scientific cooperation in: I) Nuclear physics, nuclear astrophysics and hadron physics research in the domain of experiment and theory, carried out with stable and radioactive ion beams. II) Development of accelerator technology. III) Medical applications of accelerator technology. nuclear physics and IV) Dissemination and education on nuclear science. Based on the POLITA Agreement, a collaborative project HARMONIA entitled: „Investigations of nuclei and nuclear processes in unexplored regions of spin, isospin and excitation energy by employing the most modern detection and accelleration techniques - collaboration between COPIN and INFN” was granted the financial support by the Polish National Science Centre. Duration: 3 years Visits of Polish researchers to Italy: 310 person-days/year + 43 travels/ year = 202 000on PLN/year The project includes 15 sub-projects that were identified the basis of existing Italian-Polish collaborations in the area of nuclear physics, nuclear astrophysics and accelerator technology. List of projects and their spokespersons within the collaborative grant HARMONIA-POLITA 1. Structure of hard-to-access nuclei studied by discrete gamma-ray spectroscopy: R. Broda (IFJ PAN) – S. Lunardi (Univ. and INFN Padova). 2. Heavy-ion binary reactions as a tool for detailed gamma spectroscopy in exotic regions: A. Maj (IFJ PAN) – S. Leoni (Univ. and INFN Milano). 3. Studies of proton rich nuclei using the GALILEO gamma-ray spectrometer connected to the Neutron Wall and charged particle detectors: M. Palacz (Univ. Warsaw) – J. Valiente-Dobon (LNL Legnaro). 4. Evolution of nuclear structure in neutron-rich Y nuclei near N=60 by studied using cluster transfer reactions induced by radioactive beams and neutron-induced fission: B. Fornal (IFJ PAN) – S. Leoni (Univ. and INFN Milano). 5. Shell model interactions for particlecore excitations calculations near the doubly magic 132Sn and 208Pb core: B. Szpak (IFJ PAN) – A. Gargano (Univ. and INFN Napoli). 6. Reaction dynamics studies with light exotic beams: K. Rusek (SLCJ) – M. Mazzocco (Univ. and INFN Padova). List of projects and their spokespersons within the collaborative grant HARMONIA-POLITA (continuation) 8. Studies of massive transfer and breakup processes in Au + Au collisions at intermediate energies: K. Siwek-Wilczynska (Univ. Warsaw) – E. de Filippo (LNS Catania). 9. Isospin effect studies for intermediate mass fragments production in heavy ion collisions at intermediate energies: R. Płaneta (Jagiell. Univ.) – A. Pagano (LNS Catania). 10. Low energy nuclear astrophysics–the Trojan-Horse method: IFJ PAN – C. Spitaleri (Univ. Catania and LNS). 11. The improvement of light particle and fragment detection for the study of nuclear spectroscopy, dynamics and thermodynamics - projekt FAZIA: T. Kozik (Jagiell. Univ.) – G. Casini (Univ. Florence). 12. Tests of scintillator detectors (CsI, Polysiloxane) with protons at Cyclotron Center Bronowice IFJ PAN: M. Ciemała (IFJ PAN) – S. Barlini (Univ. and INFN, Florence). 13. Development of pulse shape analysis and measurement techniques for detectors used in gamma spectroscopy and charged particle detection: M. Jastrząb (IFJ PAN) – S. Brambilla The POLITA Steering Committee: Dieter Ackermann (GANIL-GSI) Faical Azaiez (IPN Orsay) Gianluca Colo’ (Univ. and INFN Milano) Giacomo Cuttone (LNS Catania) Giovanni Fiorentini (LNL Legnaro) Marek Jeżabek (IFJ PAN) Stanislaw Kistryn (UJ, Kraków) Giovanni La Rana (Univ. and INFN Napoli) Adam Maj (IFJ PAN Krakow) Tomasz Matulewicz (UW Warszawa) Eugenio Nappi (INFN Roma) Krzysztof Rusek (SLCJ UW Warszawa) POLITA Scientific Coordinators Fabiana Gramegna Bogdan Fornal On November 26, 2015, the POLITA Steering Committee met in Rome. The distribution of resources within the HARMONIA-POLITA Project for the year of 2016 was discussed and decision was taken regarding funds assignments to the individual sub-projects. Instrumentation for SPIRAL2 project in Caen (France) Krakow, Warsaw, Katowice, GANIL, IPN Orsay, Strasbourg,… A. Maj, Catania 2016 Framework Agreement between COPIN and INFN concerning Collaboration on Nuclear Physics and Accelerator Technology, including applications of these disciplines signed 28 May 2014 The Collaboration was given the name LEA POLITA – it complements the two existing LEAs COPIGAL and COLLIGA News in Italy: The Collaboration LEA POLITA between COPIN and INFN - main objectives: The Parties undertake to encourage and develop their scientific cooperation in: I) Nuclear physics, nuclear astrophysics and hadron physics research in the domain of experiment and theory, carried out with stable and radioactive ion beams. II) Development of accelerator technology. III) Medical applications of accelerator technology. nuclear physics and IV) Dissemination and education on nuclear science. Based on the POLITA Agreement, a collaborative project HARMONIA entitled: „Investigations of nuclei and nuclear processes in unexplored regions of spin, isospin and excitation energy by employing the most modern detection and accelleration techniques - collaboration between COPIN and INFN” was granted the financial support by the Polish National Science Centre. Duration: 3 years Visits of Polish researchers to Italy: 310 person-days/year + 43 travels/ year = 202 000on PLN/year The project includes 15 sub-projects that were identified the basis of existing Italian-Polish collaborations in the area of nuclear physics, nuclear astrophysics and accelerator technology. List of projects and their spokespersons within the collaborative grant HARMONIA-POLITA 1. Structure of hard-to-access nuclei studied by discrete gamma-ray spectroscopy: R. Broda (IFJ PAN) – S. Lunardi (Univ. and INFN Padova). 2. Heavy-ion binary reactions as a tool for detailed gamma spectroscopy in exotic regions: A. Maj (IFJ PAN) – S. Leoni (Univ. and INFN Milano). 3. Studies of proton rich nuclei using the GALILEO gamma-ray spectrometer connected to the Neutron Wall and charged particle detectors: M. Palacz (Univ. Warsaw) – J. Valiente-Dobon (LNL Legnaro). 4. Evolution of nuclear structure in neutron-rich Y nuclei near N=60 by studied using cluster transfer reactions induced by radioactive beams and neutron-induced fission: B. Fornal (IFJ PAN) – S. Leoni (Univ. and INFN Milano). 5. Shell model interactions for particlecore excitations calculations near the doubly magic 132Sn and 208Pb core: B. Szpak (IFJ PAN) – A. Gargano (Univ. and INFN Napoli). 6. Reaction dynamics studies with light exotic beams: K. Rusek (SLCJ) – M. Mazzocco (Univ. and INFN Padova). 7. Fusion barrier distribution studies: E. Piasecki (SLCJ) – A. Pagano (Univ. Catania). List of projects and their spokespersons within the collaborative grant HARMONIA-POLITA (continuation) 8. Studies of massive transfer and breakup processes in Au + Au collisions at intermediate energies: K. Siwek-Wilczynska (Univ. Warsaw) – E. de Filippo (LNS Catania). 9. Isospin effect studies for intermediate mass fragments production in heavy ion collisions at intermediate energies: R. Płaneta (Jagiell. Univ.) – A. Pagano (LNS Catania). 10. Low energy nuclear astrophysics–the Trojan-Horse method: IFJ PAN – C. Spitaleri (Univ. Catania and LNS). 11. The improvement of light particle and fragment detection for the study of nuclear spectroscopy, dynamics and thermodynamics - projekt FAZIA: T. Kozik (Jagiell. Univ.) – G. Casini (Univ. Florence). 12. Tests of scintillator detectors (CsI, Polysiloxane) with protons at Cyclotron Center Bronowice IFJ PAN: M. Ciemała (IFJ PAN) – S. Barlini (Univ. and INFN, Florence). 13. Development of pulse shape analysis and measurement techniques for detectors used in gamma spectroscopy and charged particle detection: M. Jastrząb (IFJ PAN) – S. Brambilla (Univ. and INFN Milano). 14. Superconducting RF accelerating cavities: D. Bocian (IFJ PAN) – A. Pisent (LNL Legnaro). 15. Preparation of the physics case for the IFMIF facility in Poland: A. Maj (IFJ PAN) – G. Fiorentini (LNL Legnaro). The POLITA Steering Committee: Dieter Ackermann (GANIL-GSI) Faical Azaiez (IPN Orsay) Gianluca Colo’ (Univ. and INFN Milano) Giacomo Cuttone (LNS Catania) Giovanni Fiorentini (LNL Legnaro) Marek Jeżabek (IFJ PAN) Stanislaw Kistryn (UJ, Kraków) Giovanni La Rana (Univ. and INFN Napoli) Adam Maj (IFJ PAN Krakow) Tomasz Matulewicz (UW Warszawa) Eugenio Nappi (INFN Roma) Krzysztof Rusek (SLCJ UW Warszawa) POLITA Scientific Coordinators Fabiana Gramegna Bogdan Fornal On November 26, 2015, the POLITA Steering Committee met in Rome. The distribution of resources within the HARMONIA-POLITA Project for the year of 2016 was discussed and decision was taken regarding funds assignments to the individual sub-projects. Perspectives for expanding Polish-French and PolishItalian collaboration in nuclear physics • Completion of SPIRAL2 Phase1 (and Phase 2). Large interest of Polish experimentalists and theorists (Warsaw, Krakow, Lublin) • EURISOL Distributed Facility intitiative, between SPIRAL2 (GANIL), HIEISOLDE (CERN) and SPES (LNL Legnaro, with IPN Orsay and COPIN as main associated partners. EURISOL DF is planned to be put on the ESFRI list in 2018. • NLC (National Laboratory of Cyclotrons), a consortium of HIL UW in Warsaw and CCB IFJ PAN Krakow, are now the TNA facility in the H2020 project ENSAR2. Strong interest from GANIL, IPN Orsay, CEA Saclay and Strasbourg. • New bottom-up initiative in Poland to host IFMIF/ELAMAT facility in Rzeszow and add to it a wide research program for using extremely intensive neutron flux. Large interest from LNL Legnaro, CEA Saclay, GANIL, IPN Orsay, …. A. Maj, Catania 2016 Thank You! http://copin.ifj.edu.pl [email protected] A. Maj, Catania 2016