INFN What Next

A. Dainese , E. Scomparin , G. Usai , P. Antonioli , R. Arnaldi , A. Beraudo , E. Bruna , G.E. Bruno , S. Bufalino , P. Di Nezza , M.P. Lombardo , R. Nania , F. Noferini , C. Oppedisano , S. Piano , F. Prino , A. Rossi , M. Agnello , W.M. Alberico , B. Alessandro , A. Alici , G. Andronico , F. Antinori , S. Arcelli , A. Badala , A.M. Barbano , R. Barbera , F. Barile , M. Basile , F. Becattini , C. Bedda , F. Bellini , S. Beole , L. Bianchi , C. Bianchin , C. Bonati , F. Bossu (1) , E. Botta , D. Caffarri , P. Camerini , F. Carnesecchi , E. Casula , P. Cerello , C. Cicalo , M.L. Cifarelli , F. Cindolo , F. Colamaria , D. Colella , M. Colocci , Y. Corrales Morales , P. Cortese , A. de Caro , G. de Cataldo , A. de Falco , D. de Gruttola , M. d'Elia , N. de Marco , S. de Pasquale , D. Di Bari , D. Elia , A. Fantoni , A. Feliciello , A. Ferretti , A. Festanti , F. Fionda , G. Fiorenza , E. Fragiacomo , G.G. Fronze , M. Fusco Girard , M. Gagliardi , M. Gallio , K. Garg , P. Giubellino , V. Greco , E. Grossi , B. Guerzoni , D. Hatzifotiadou , E. Incani , G.M. Innocenti , N. Jacazio , S. Kumar Das , P. La Rocca , R. Lea , L. Leardini , M. Leoncino , M. Lunardon , G. Luparello , V. Mantovani Sarti , V. Manzari , M. Marchisone , G.V. Margagliotti , M. Masera , A. Masoni , A. Mastroserio , M. Mazzilli , M.A. Mazzoni , E. Meninno , M. Mesiti , L. Milano , S. Moretto , V. Muccifora , E. Nappi , M. Nardi , M. Nicassio , P. Pagano , G.S. Pappalardo , C. Pastore , B. Paul , C. Petta , O. Pinazza , S. Plumari , R. Preghenella , M. Puccio , G. Puddu , L. Ramello , C. Ratti , I. Ravasenga , F. Riggi , F. Ronchetti , A. Rucci , M. Ruggieri , R. Rui , S. Sakai , E. Scapparone , F. Scardina , F. Scarlassara , G. Scioli , S. Siddhanta , M. Sitta , F. Soramel , M. Suljic , C. Terrevoli , S. Trogolo , G. Trombetta , R. Turrisi , E. Vercellin , G. Vino , T. Virgili , G. Volpe , M.C.S. Williams , C. Zampolli

1 LAL - Laboratoire de l'Accélérateur Linéaire

This document was prepared by the community that is active in Italy, within INFN (Istituto Nazionale di Fisica Nucleare), in the field of ultra-relativistic heavy-ion collisions. The experimental study of the phase diagram of strongly-interacting matter and of the Quark-Gluon Plasma (QGP) deconfined state will proceed, in the next 10-15 years, along two directions: the high-energy regime at RHIC and at the LHC, and the low-energy regime at FAIR, NICA, SPS and RHIC. The Italian community is strongly involved in the present and future programme of the ALICE experiment, the upgrade of which will open, in the 2020s, a new phase of high-precision characterisation of the QGP properties at the LHC. As a complement of this main activity, there is a growing interest in a possible future experiment at the SPS, which would target the search for the onset of deconfinement using dimuon measurements. On a longer timescale, the community looks with interest at the ongoing studies and discussions on a possible fixed-target programme using the LHC ion beams and on the Future Circular Collider.

Mots clés: heavy ion: scattering; critical phenomena; quark gluon: plasma; deconfinement; dimuon; lattice; heavy quark; quarkonium; jet; dilepton; hypernucleus; hadron: exotic; hadron: production; energy: high; energy: low; symmetry: chiral; radiation: thermal; CERN LHC Coll; Brookhaven RHIC Coll; ALICE; CERN SPS; upgrade; proposed experiment; review

Domaines: Physique Nucléaire Expérimentale [nucl-ex]; Physique Nucléaire Théorique [nucl-th]

A. Dainese, E. Scomparin, G. Usai, P. Antonioli, R. Arnaldi, et al.. INFN What Next: Ultra-relativistic Heavy-Ion Collisions. 2018. ⟨hal-01703884⟩