Report from Working Group 5
- Citron, Z.
- Dainese, A.
- Chapon, E.
- Margutti, J.
- Marin, A.
- Marquet, C.
- Martin Blanco, J.
- Massacrier, L.
- Mastroserio, A.
- Maurice, E.
- Mayer, C.
- Mcginn, C.
- Milhano, G.
- Dembinski, H.
- Milov, A.
- Minissale, V.
- Mironov, C.
- Mischke, A.
- Mohammadi, N.
- Mulders, M.
- Murray, M.
- Narain, M.
- Di Nezza, P.
- Nisati, A.
- d'Enterria, D.
- Noronha-Hostler, J.
- Ohlson, A.
- Okorokov, V.
- Olness, F.
- Paakkinen, P.
- Pappalardo, L.
- Park, J.
- Paukkunen, H.
- Peng, C. C.
- Pereira Da Costa, H.
- Grabowska-Bold, I.
- Perepelitsa, D. V.
- Peresunko, D.
- Peters, M.
- Pettersson, N. E.
- Piano, S.
- Pierog, T.
- Pires, J.
- Płoskoń, M.
- Plumari, S.
- Prino, F.
- Innocenti, G. M.
- Puccio, M.
- Rapp, R.
- Redlich, K.
- Reygers, K.
- Ristea, C. L.
- Robbe, P.
- Rossi, A.
- Rustamov, A.
- Rybar, M.
- Schaumann, M.
- Loizides, C.
- Schenke, B.
- Schienbein, I.
- Schoeffel, L.
- Selyuzhenkov, I.
- Sickles, A. M.
- Sievert, M.
- Silva, P.
- Song, T.
- Spousta, M.
- Stachel, J.
- Mohapatra, S.
- Steinberg, P.
- Stocco, D.
- Strickland, M.
- Strikman, M.
- Sun, J.
- Tapia Takaki, D.
- Tatar, K.
- Terrevoli, C.
- Timmins, A.
- Trogolo, S.
- Salgado, C. A.
- Trzeciak, B.
- Trzupek, A.
- Ulrich, R.
- Uras, A.
- Venugopalan, R.
- Vitev, I.
- Vujanovic, G.
- Wang, J.
- Wang, T. W.
- Xiao, R.
- Verweij, M.
- Xu, Y.
- Zampolli, C.
- Zanoli, H.
- Zhou, M.
- Zhou, Y.
- Weber, M.
- Grosse-Oetringhaus, J. F.
- Aichelin, J.
- Angerami, A.
- Apolinario, L.
- Arleo, F.
- Armesto, N.
- Arnaldi, R.
- Arslandok, M.
- Azzi, P.
- Bailhache, R.
- Bass, S. A.
- Jowett, J. M.
- Bedda, C.
- Behera, N. K.
- Bellwied, R.
- Beraudo, A.
- Bi, R.
- Bierlich, C.
- Blum, K.
- Borissov, A.
- Braun-Munzinger, P.
- Bruce, R.
- Lee, Y.-J.
- Bruno, G. E.
- Bufalino, S.
- Castillo Castellanos, J.
- Chatterjee, R.
- Chen, Y.
- Chen, Z.
- Cheshkov, C.
- Chujo, T.
- Conesa del Valle, Z.
- Contreras Nuno, J. G.
- Wiedemann, U. A.
- Cunqueiro Mendez, L.
- Dahms, T.
- Dang, N. P.
- De la Torre, H.
- Dobrin, A. F.
- Doenigus, B.
- Van Doremalen, L.
- Du, X.
- Dubla, A.
- Dumancic, M.
- Winn, M.
- Dyndal, M.
- Fabbietti, L.
- Ferreiro, E. G.
- Fionda, F.
- Fleuret, F.
- Floerchinger, S.
- Giacalone, G.
- Giammanco, A.
- Gossiaux, P. B.
- Graziani, G.
- Andronic, A.
- Greco, V.
- Grelli, A.
- Grosa, F.
- Guilbaud, M.
- Gunji, T.
- Guzey, V.
- Hadjidakis, C.
- Hassani, S.
- He, M.
- Helenius, I.
- Bellini, F.
- Huo, P.
- Jacobs, P. M.
- Janus, P.
- Jebramcik, M. A.
- Jia, J.
- Kalweit, A. P.
- Kim, H.
- Klasen, M.
- Klein, S. R.
- Klusek-Gawenda, M.
- Bruna, E.
- Kremer, J.
- Krintiras, G. K.
- Krizek, F.
- Kryshen, E.
- Kurkela, A.
- Kusina, A.
- Lansberg, J.-P.
- Lea, R.
- van Leeuwen, M.
- Li, W.
DOIAbstract
The future opportunities for high-density QCD studies with ion and proton beams at the LHC are presented. Four major scientific goals are identified: the characterisation of the macroscopic long wavelength Quark-Gluon Plasma (QGP) properties with unprecedented precision, the investigation of the microscopic parton dynamics underlying QGP properties, the development of a unified picture of particle production and QCD dynamics from small (pp) to large (nucleus--nucleus) systems, the exploration of parton densities in nuclei in a broad ($x$, $Q^2$) kinematic range and the search for the possible onset of parton saturation. In order to address these scientific goals, high-luminosity Pb-Pb and p-Pb programmes are considered as priorities for Run...
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