Optimization of the first CUPID detector module
- Armatol, A.
- Augier, C.
- Avignone, F.T.
- Azzolini, O.
- Balata, M.
- Ballen, K.
- Barabash, A.S.
- Bari, G.
- Barresi, A.
- Baudin, D.
- Bellini, F.
- Benato, G.
- Beretta, M.
- Bettelli, M.
- Biassoni, M.
- Billard, J.
- Boldrini, V.
- Branca, A.
- Brofferio, C.
- Bucci, C.
- Camilleri, J.
- Capelli, C.
- Capelli, S.
- Cappelli, L.
- Cardani, L.
- Carniti, P.
- Casali, N.
- Celi, E.
- Chang, C.
- Chiesa, D.
- Clemenza, M.
- Colantoni, I.
- Copello, S.
- Craft, E.
- Cremonesi, O.
- Creswick, R.J.
- Cruciani, A.
- d'Addabbo, A.
- d'Imperio, G.
- Dabagov, S.
- Dafinei, I.
- Danevich, F.A.
- de Jesus, M.
- de Marcillac, P.
- Dell'Oro, S.
- Di Domizio, S.
- Di Lorenzo, S.
- Dixon, T.
- Dompè, V.
- Drobizhev, A.
- Dumoulin, L.
- Fantini, G.
- Faverzani, M.
- Ferri, E.
- Ferri, F.
- Ferroni, F.
- Figueroa-Feliciano, E.
- Foggetta, L.
- Formaggio, J.
- Franceschi, A.
- Fu, C.
- Fu, S.
- Fujikawa, B.K.
- Gallas, A.
- Gascon, J.
- Ghislandi, S.
- Giachero, A.
- Gianvecchio, A.
- Gironi, L.
- Giuliani, A.
- Gorla, P.
- Gotti, C.
- Grant, C.
- Gras, P.
- Guillaumon, P.V.
- Gutierrez, T.D.
- Han, K.
- Hansen, E.V.
- Heeger, K.M.
- Helis, D.L.
- Huang, H.Z.
- Huang, R.G.
- Imbert, L.
- Johnston, J.
- Juillard, A.
- Karapetrov, G.
- Keppel, G.
- Khalife, H.
- Kobychev, V.V.
- Kolomensky, Yu.G.
- Konovalov, S.I.
- Kowalski, R.
- Langford, T.
- Lefevre, M..
- Liu, R.
- Liu, Y.
- Loaiza, P.
- Ma, L.
- Madhukuttan, M.
- Mancarella, F.
- Marini, L.
- Marnieros, S.
- Martinez, M.
- Maruyama, R.H.
- Mas, Ph.
- Mauri, B.
- Mayer, D.
- Mazzitelli, G.
- Mei, Y.
- Milana, S.
- Morganti, S.
- Napolitano, T.
- Nastasi, M.
- Nikkel, J.
- Nisi, S.
- Nones, C.
- Norman, E.B.
- Novosad, V.
- Nutini, I.
- O'Donnell, T.
- Olivieri, E.
- Olmi, M.
- Ouellet, J.L.
- Pagan, S.
- Pagliarone, C.
- Pagnanini, L.
- Pattavina, L.
- Pavan, M.
- Peng, H.
- Pessina, G.
- Pettinacci, V.
- Pira, C.
- Pirro, S.
- Poda, D.V.
- Polischuk, O.G.
- Ponce, I.
- Pozzi, S.
- Previtali, E.
- Puiu, A.
- Quitadamo, S.
- Ressa, A.
- Rizzoli, R.
- Rosenfeld, C.
- Rosier, P.
- Scarpaci, J.
- Schmidt, B.
- Sharma, V.
- Shlegel, V.
- Singh, V.
- Sisti, M.
- Slocum, P.
- Speller, D.
- Surukuchi, P.T.
- Taffarello, L.
- Tomei, C.
- Torres, J.
- Tretyak, V.I.
- Tsymbaliuk, A.
- Velazquez, M.
- Vetter, K.J.
- Wagaarachchi, S.L.
- Wang, G.
- Wang, L.
- Wang, R.
- Welliver, B.
- Wilson, J.
- Wilson, K.
- Winslow, L.A.
- Xue, M.
- Yan, L.
- Yang, J.
- Yefremenko, V.
- Umatov, V.I.
- Zarytskyy, M.M.
- Zhang, J.
- Zolotarova, A.
- Zucchelli, S.
DOIAbstract
International audienceCUPID will be a next generation experiment searching for the neutrinoless double $\beta$ decay, whose discovery would establish the Majorana nature of the neutrino. Based on the experience achieved with the CUORE experiment, presently taking data at LNGS, CUPID aims to reach a background free environment by means of scintillating Li$_{2}$ $^{100}$MoO$_4$ crystals coupled to light detectors. Indeed, the simultaneous heat and light detection allows us to reject the dominant background of $\alpha$ particles, as proven by the CUPID-0 and CUPID-Mo demonstrators. In this work we present the results of the first test of the CUPID baseline module. In particular, we propose a new optimized detector structure and light sensors d...
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