The NA62 experiment at CERN

Aglieri Rinella, G; Aliberti, R; Ambrosino, F; Angelucci, B; Antonelli, A; Anzivino, G; Arcidiacono, R; Azhinenko, I; Balev, S; Barbanera, M; Bendotti, J; Biagioni, A; Bician, L; Biino, C; Bizzeti, A; Blazek, T; Blik, A; Bloch Devaux, B; Bolotov, V; Bonaiuto, V; Bragadireanu, M; Britton, D; Britvich, G; Brunetti, Mb; Bryman, D; Bucci, F; Butin, F; Capitolo, E; Capoccia, C; Capussela, T; Carassiti, V; Cartiglia, N; Cassese, A; Catinaccio, A; Cecchetti, A; Ceccucci, A; Cenci, P; Cerny, V; Cerri, C; Checcucci, B; Chikilev, O; Ciaranfi, R; Collazuol, G; Conovaloff, A; Cooke, P; Cooper, P; Corradi, G; Cortina Gil, E; Costantini, F; Cotorobai, F; Cotta Ramusino, A; Coward, D; D’Agostini, G; Dainton, J; Dalpiaz, P; Danielsson, H; De Simone, N; Degrange, J; Di Filippo, D; Di Lella, L; Di Lorenzo, S; Dixon, N; Doble, N; Dobrich, B; Doria, V; Duk, V; Elsha, V; Engelfried, J; Enik, T; Estrada, N; Falaleev, V; Fantechi, R; Fascianelli, V; Federici, L; Fedotov, S; Fiorini, M; Fry, J; Fu, J; Fucci, A; Fulton, L; Galeotti, S; Gallorini, S; Gamberini, E; Gatignon, L; Georgiev, G; Gianoli, A; Giorgi, M; Giudici, S; Glonti, L; Goncalves Martins, A; Gonnella, F; Goudzovski, E; Guida, R; Gushchin, E; Hahn, F; Hallgren, B; Heath, H; Herman, F; Hutanu, O; Hutchcroft, D; Iacobuzio, L; Iacopini, E; Imbergamo, E; Jamet, O; Jarron, P; Kampf, K; Kaplon, J; Karjavin, V; Kekelidze, V; Kholodenko, S; Khoriauli, G; Khotyantsev, A; Khudyakov, A; Kiryushin, Y; Kleimenova, A; Kleinknecht, K; Kluge, A; Korotkova, A; Koval, M; Krivda, M; Kudenko, Y; Kunze, J; Lamanna, G; Lazzeroni, C; Lenci, R; Lenti, M; Leonardi, E; Lichard, P; Lietava, R; Litov, L; Lomidze, D; Lonardo, A; Lurkin, N; Madigozhin, D; Maire, G; Makarov, A; Mandeiro, C; Mannelli, I; Mannocchi, G; Mapelli, A; Marchetto, F; Marchevski, R; Martellotti, S; Massarotti, P; Massri, K; Matak, P; Maurice, E; Menichetti, E; Minucci, E; Mirra, M; Misheva, M; Molokanova, N; Morant, J; Morel, M; Moulson, M; Movchan, S; Munday, D; Napolitano, M; Neri, I; Newson, F; Norton, A; Noy, M; Nuessle, G; Numao, T; Obraztsov, V; Ostankov, A; Padolski, S; Page, R; Palladino, V; Pardons, A; Parkinson, C; Pedreschi, E; Pepe, M; Perez Gomez, F; Perrin Terrin, M; Peruzzo, L; Petrov, P; Petrucci, F; Piandani, R; Piccini, M; Pietreanu, D; Pinzino, J; Pivanti, M; Polenkevich, I; Pontisso, L; Popov, I; Potrebenikov, Y; Protopopescu, D; Raffaelli, F; Raggi, M; Riedler, P; Romano, A; Rubin, P; Ruggiero, G; Russo, V; Ryjov, V; Salamon, A; Salina, G; Samsonov, V; Santoni, C; Santovetti, E; Saracino, G; Sargeni, F; Schifano, S; Semenov, V; Sergi, A; Serra, M; Sher, A; Shkarovskiy, S; Soldi, D; Sotnikov, A; Sougonyaev, V; Sozzi, M; Spadaro, T; Spinella, F; Staley, R; Statera, M; Sutcliffe, P; Szilasi, N; Tagnani, D; V. Kozhuharov,; Valdata Nappi, M; Valente, P; Vasile, M; Vassilieva, T; Velghe, B; Veltri, M; Venditti, S; Volpe, R; Vormstein, M; Wahl, H; Wanke, R; Wertelaers, P; Winhart, A; Winston, R; Worcester, E; Wrona, B; Yushchenko, O; Zamkovsky, M; Zinchenko, A

doi:10.1051/epjconf/201612604036

The rare decays K → πvv̄ are excellent processes to make tests of new physics at the highest scale complementary to LHC thanks to their theoretically cleanness. The NA62 experiment at CERN SPS aims to collect of the order of 100 events in two years of data taking for the decay K+ → π+vv̄, keeping the background at the level of 10%. Part of the experimental apparatus has been commissioned during a technical run in 2012. The diverse and innovative experimental techniques will be explained and some preliminary results obtained during the 2014 pilot run will be reviewed.

Aglieri Rinella, G., Aliberti, R., Ambrosino, F., Angelucci, B., Antonelli, A., Anzivino, G., et al. (2016). The NA62 experiment at CERN. In L. Bravina (a cura di), Proceedings of 4th International Conference on New Frontiers in Physics (pp. 04036). EDP Sciences [10.1051/epjconf/201612604036].