KISIEL, Jan; ANGUS, D.; ARIGA, A.; AUTIERO, D.; APOSTU, A.; BADERTSCHER, A.; BENNET, T.; BERTOLA, G.; BERTOLA, P.F.; BESIDA, O.; BETTINI, A.; BOOTH, C.; BORNE, J.L.; BRANCUS, I.; BUJAKOWSKY, W.; CAMPAGNE, Jean-Eric; CATA-DANIL, G.; CHIPESIU, F.; CHOROWSKI, M.; CRIPPS, J.; CURIONI, A.; DAVIDSON, Sacha; DECLAIS, Y.R.A.; DROST, U.; DULIU, O.; DUMARCHEZ, J.; ENQVIST, T.; EREDITATO, A.; VON FEILITZSCH, F.; FYNBO, H.; GAMBLE, T.; GALVANIN, G.; GENDOTTI, A.; GIZICKI, W.; GOGER-NEFF, M.; GRASSLIN, U.; GURNEY, D.; HAKALA, M.; HANNESTAD, S.; HAWORTH, M.; JIPA, A.; JUGET, F.; KALLIOKOSKI, T.; KATSANEVAS, S.; KEEN, M.; KRESLO, I.; KUDRYASTEV, V.; KUUSINIEMI, P.; LABARGA, L.; LACHENMAIER, T.; LANFRANCHI, J.C.; LAZANU, I.; LEWKE, T.; LOO, K.; LIGHTFOOT, P.; LINDNER, M.; LOMBARDI, P.; LONGHIN, A.; MAALAMPI, J.; MARAFINI, M.; MARCHIONNI, A.; MARGINEANU, R.M.; MARKIEWICZ, A.; MARRODAN UNDAGOITIA, T.; MARTEAU, J.E.; MATIKAINEN, R.; MEINDL, Q.; MESSINA, M.; MIETELSKI, J.W.; MITRICA, B.; MORDASINI, A.; MOSCA, L.; MOSER, U.; NUIJTEN, G.; OBERAUER, L.; OPRINA, A.; PALING, S.; PASCOLI, S.; PATZAK, T.; PECTU, M.; PILECKI, Z.; PIQUEMAL, F.; POTZEL, W.; PYTEL, W.; RACZYNSKI, M.; RAFFLET, G.; RANUCCI, G.; RISTAINO, G.; ROBINSON, M.; ROGERS, R.; ROINISTO, J.; ROMANA, M.; RONDIO, E.; ROSSI, B.; RUBBIA, A.; SADECKI, Z.; SAENZ, C.; SAFTOIU, A.; SALMELAINEN, J.; SIMA, O.; SLIZOWSKI, J.; SLIZOWSKI, K.; SOBCZYK, J.; SPOONER, N.; STOICA, S.; SUHONEN, J.; SULEJ, R.; SZARSKA, M.; SZEGLOWSKI, T.; TEMUSSI, M.; THOMPSON, J.; THOMPSON, L.; TRZASKA, W.H.; TIPPMANN, M.; TONAZZO, A.; URBANCZYK, K.; VASSEUR, G.; WILLIAMS, A.; WINTER, J.; WOJUTSZEWSKA, K.; WURM, M.; ZALEWSKA, A.; ZAMPAOLO, M.; ZITO, M.

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Proceedings of 2009 Europhysics Conference on High Energy Physics: HEP 2009 (EPS-HEP 2009), Proceedings of 2009 Europhysics Conference on High Energy Physics: HEP 2009 (EPS-HEP 2009), 2009-07, Cracovie. 2009p. 283

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A next generation European deep underground neutrino observatory is considered within the LAGUNA design study. Three detector options are presently considered: GLACIER liquid argon Time Projection Chamber; LENA liquid scintillator and MEMPHYS water Cherenkov. It will provide both: the high statistics measurement of neutrinos from variety of sources, and high sensitivity searches for matter instability. To accommodate such giant detectors a new underground laboratory is required. The LAGUNA design study considers the following seven candidate sites in Europe: Boulby (UK), Canfranc (Spain), Fréjus (France/Italy), Pyhäsalmi (Finland), Polkowice-Sieroszowice (Poland), Slanic (Romania) and Umbria (Italy). The three detection techniques and summary of the physics potential of proposed detectors are discussed in this short paper.< Réduire

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Centre d'Études Nucléaires de Bordeaux Gradignan (CENBG)