CUPID is a proposed future tonne-scale bolometric neutrinoless double beta decay ($0\nu\beta\beta$) experiment to probe the Majorana nature of neutrinos and discover Lepton Number Violation in the so-called inverted hierarchy region of the neutrino mass. CUPID will be built on experience, expertise and lessons learned in CUORE, and will exploit the current CUORE infrastructure as much as possible. In order to achieve its ambitious science goals, CUPID aims to dramatically reduce the backgrounds in the region of interest introducing a high efficiently $\alpha$/$\beta$ discrimination techniques, also demonstrated by the CUPID-0 and CUPID-Mo experiments, and using a high transition energy double beta decay nucleus, $^100$Mo. This document describe the main concepts related with the design of the CUPID experiment and indicates the projected sensitivities and the global scientific goal of the experiment.

Armstrong, W.r., Chang, C., Hafidi, K., Lisovenko, M., Novosad, V., Pearson, J., et al. (2019). CUPID pre-CDR [Working paper] [10.48550/arXiv.1907.09376].

CUPID pre-CDR

Vincenzo Caracciolo;
2019-07-22

Abstract

CUPID is a proposed future tonne-scale bolometric neutrinoless double beta decay ($0\nu\beta\beta$) experiment to probe the Majorana nature of neutrinos and discover Lepton Number Violation in the so-called inverted hierarchy region of the neutrino mass. CUPID will be built on experience, expertise and lessons learned in CUORE, and will exploit the current CUORE infrastructure as much as possible. In order to achieve its ambitious science goals, CUPID aims to dramatically reduce the backgrounds in the region of interest introducing a high efficiently $\alpha$/$\beta$ discrimination techniques, also demonstrated by the CUPID-0 and CUPID-Mo experiments, and using a high transition energy double beta decay nucleus, $^100$Mo. This document describe the main concepts related with the design of the CUPID experiment and indicates the projected sensitivities and the global scientific goal of the experiment.
Working paper
22-lug-2019
Rilevanza internazionale
Settore FIS/04
English
Physics, Instrumentation and Detectors; High Energy Physics, Experiment; Nuclear Experiment
http://arxiv.org/abs/1907.09376v1
Armstrong, W.r., Chang, C., Hafidi, K., Lisovenko, M., Novosad, V., Pearson, J., et al. (2019). CUPID pre-CDR [Working paper] [10.48550/arXiv.1907.09376].
Armstrong, Wr; Chang, C; Hafidi, K; Lisovenko, M; Novosad, V; Pearson, J; Polakovic, T; Wang, G; Yefremenko, V; Zhang, J; Bucci(Gran Sasso), C; Canonica(Gran Sasso), L; Cappelli(Gran Sasso), L; Caracciolo, V; Copello(Gran Sasso), S; D'Addabbo(Gran Sasso), A; Gorla(Gran Sasso), P; Nisi(Gran Sasso), S; Orlandi(Gran Sasso), D; Pagliarone(Gran Sasso), Ce; Pattavina(Gran Sasso), L; Pirro(Gran Sasso), S; Rusconi(Gran Sasso), C; Schaffner(Gran Sasso), K; Benato(LBL, G; Berkeley), ; Drobizhev(LBL, A; Berkeley), ; Fujikawa(LBL, Bk; Berkeley), ; Huang(LBL, R; Berkeley), ; Kolomensky(LBL, Yg; Berkeley), ; Marini(LBL, L; Berkeley), ; Norman(LBL, E; Berkeley), ; Sakai(LBL, M; Berkeley), ; Schmidt(LBL, B; Berkeley), ; Singh(LBL, V; Berkeley), ; Vetter(LBL, K; Berkeley), ; Wagaarachchi(LBL, S; Berkeley), ; Wallig(LBL, J; Berkeley), ; Welliver(LBL, B; Berkeley), ; Dell'Oro(Virginia Tech. )., S; O'Donnell(Virginia Tech. )., T; Zucchelli(INFN, S; Bologna, Bau; DIFA), ; Moggi(INFN, N; Bologna, Bau; DIFA), ; Boldrini(INFN, V; Bologna), ; Mancarella(INFN, F; Bologna), ; Rizzi(INFN, R; Bologna), ; Johnston(MIT), J; Ouellet(MIT), J; Formaggio(MIT), J; Winslow(MIT), L; Avignone(South Carolina U. )., F; Rusconi(South Carolina U. )., C; Creswick(South Carolina U. )., R; Wilson(South Carolina U. )., K; Franceschi(Frascati), A; Napolitano(Frascati), T; and INFN, Acu; Genoa), ; and INFN, Sddu; Genoa), ; and INFN, Mpu; Genoa), ; Velazquez(SIMAP, M; Grenoble), ; Peng(Hefei, H; CUST), ; Xue(Hefei, M; CUST), ; Danevich(Kiev, F; INR), ; Kobychev(Kiev, V; INR), ; Polischuk(Kiev, O; INR), ; Tretyak(Kiev, V; INR), ; Azzolini(INFN, O; Legnaro), ; Keppel(INFN, G; Legnaro), ; Pira(INFN, C; Legnaro), ; Ferroni(Gran Sasso and INFN, F; Trieste), ; Dompè(GSSI, V; and Gran Sasso), A; Fantini(GSSI, G; and Gran Sasso), A; Alfonso(UCLA), K; Huang(UCLA), Hz; Arnaud(Lyon, Q; IPN), ; Augier(Lyon, C; IPN), ; Billard(Lyon, J; IPN), ; Cazes(Lyon, A; IPN), ; Charlieux(Lyon, F; IPN), ; Elkhoury(Lyon, E; IPN), ; Gascon(Lyon, J; IPN), ; De Jesus(Lyon, M; IPN), ; Juillard(Lyon, A; IPN), ; Misiak(Lyon, D; IPN), ; Sanglard(Lyon, V; IPN), ; Vagneron(Lyon, L; IPN), ; Beretta(INFN, M; Milan Bicocca and Milan Bicocca, U); Biassoni(INFN, M; Milan Bicocca and Milan Bicocca, U); Brofferio(INFN, C; Milan Bicocca and Milan Bicocca, U); Capelli(INFN, S; Milan Bicocca and Milan Bicocca, U); Carniti(INFN, P; Milan Bicocca and Milan Bicocca, U); Chiesa(INFN, D; Milan Bicocca and Milan Bicocca, U); Clemenza(INFN, M; Milan Bicocca and Milan Bicocca, U); Cremonesi(INFN, O; Milan Bicocca and Milan Bicocca, U); Faverzani(INFN, M; Milan Bicocca and Milan Bicocca, U); Ferri(INFN, E; Milan Bicocca and Milan Bicocca, U); Giachero(INFN, A; Milan Bicocca and Milan Bicocca, U); Gironi(INFN, L; Milan Bicocca and Milan Bicocca, U); Gotti(INFN, C; Milan Bicocca and Milan Bicocca, U); Nastasi(INFN, M; Milan Bicocca and Milan Bicocca, U); Nutini(INFN, I; Milan Bicocca and Milan Bicocca, U); Pagnanini(INFN, L; Milan Bicocca and Milan Bicocca, U); Pavan(INFN, M; Milan Bicocca and Milan Bicocca, U); Pessina(INFN, G; Milan Bicocca and Milan Bicocca, U); Pozzi(INFN, S; Milan Bicocca and Milan Bicocca, U); Previtali(INFN, E; Milan Bicocca and Milan Bicocca, U); Puiu(INFN, A; Milan Bicocca and Milan Bicocca, U); Sisti(INFN, M; Milan Bicocca and Milan Bicocca, U); Barabash(Moscow, A; ITEP), ; Konovalov(Moscow, S; ITEP), ; Yumatov(Moscow, V; ITEP), ; Heeger(Yale U. )., K; Maruyama(Yale U. )., R; Nikkel(Yale U. )., J; Speller(Yale U. )., D; T. Surukuchi(Yale U. )., P; Shlegel(Unlisted, V; RU), ; Bergé(CSNSM, L; Orsay), ; Chapellier(CSNSM, M; Orsay), ; Dumoulin(CSNSM, L; Orsay), ; Giuliani(CSNSM, A; Orsay), ; Khalife(CSNSM, H; Orsay), ; de Marcillac(CSNSM, P; Orsay), ; Marnieros(CSNSM, S; Orsay), ; Olivieri(CSNSM, E; Orsay), ; Poda(CSNSM, D; Orsay), ; Redon(CSNSM, T; Orsay), ; Zolotarova(CSNSM, A; Orsay), ; Brière(Orsay, M; LAL), ; Bourgeois(Orsay, C; LAL), ; Guerard(Orsay, E; LAL), ; Loaiza(Orsay, P; LAL), ; Taffarello(INFN, L; Padua), ; Karapetrov(Drexel U. )., G; Bellini(INFN, F; Rome and Rome, U); Cardani(INFN, L; Rome and Rome, U); Casali(INFN, N; Rome and Rome, U); Cruciani(INFN, A; Rome and Rome, U); Dafinei(INFN, I; Rome and Rome, U); Pettinacci(INFN, V; Rome and Rome, U); D'Imperio(INFN, G; Rome and Rome, U); Tomei(INFN, C; Rome and Rome, U); Vignati(INFN, M; Rome and Rome, U); Colantoni(IFN, I; and INFN, R; Rome), ; Armengaud(Saclay), E; Charrier(Saclay), A; de Combarieu(Saclay), M; Ferri(Saclay), F; Gras(Saclay), P; Gros(Saclay), M; Helis(Saclay), D; Navick(Saclay), Xf; Nones(Saclay), C; Pari(Saclay), P; Paul(Saclay), B; Gutierrez(Cal. Poly. )., T; Han(Shanghai Jiao Tong U. )., K; Ma(Fudan U. )., L; Shen(Fudan U. )., Y; He(Fudan U. )., W; Martinez(Zaragoza U. )., M
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