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Precise measurement of2νββdecay of¹⁰⁰ Mo with the CUPID-Mo detection technology

by Schmidt, B , Pessina, G , Sanglard, V , Weber, M , Misiak, D , Previtali, E , Tretyak, VI , Cardani, L , Elkhoury, E , Rozov, S , Pattavina, L , Peng, H , Ouellet, JL , Billard, J , Polischuk, OG , Borovlev, Yu A , Shen, Y , Helis, DL , Briere, M , Umatov, VI , Charlieux, F , Marcillac, P de , Siebenborn, B , Juillard, A , Casali, N , Fujikawa, BK , Makarov, EP , Poda, DV , Beretta, M , Kotila, J , Redon, Th , Bergé, L , Dafinei, I , Winslow, L , Singh, V , Zolotarova, AS , Bellini, F , Navick, X-F , Combarieu, M de , Novati, V , Schäffner, K , Xue, M , Pari, P , Nones, C , Cazes, A , Shlegel, VN , Benoît, A , Vagneron, L , Danevich, FA , Huang, HZ , Ma, L , Velázquez, M , Ferri, F , Tomei, C , Augier, C , Pagnanini, L , Kobychev, VV , Pavan, M , Welliver, B , Barabash, AS , Gironi, L , Olivieri, E , Kleifges, M , Huang, R , Leder, A , Brudanin, V , Giuliani, A , Johnston, J , Guerard, E , Benato, G , Pirro, S , Khalife, H , Marnieros, S , Loaiza, P , Marini, L , Konovalov, SI , Eitel, K , Grigorieva, VD , Gascon, J , Kolomensky, Yu G , Jesus, M De , Bourgeois, Ch , Chapellier, M , Armengaud, E , Dumoulin, L , Paul, B , Rusconi, C , Yakushev, E , Camus, P , Gros, M

in 100Mo / double-beta decay / low counting experiment / low temperature detector

2020

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Precise measurement of2νββdecay of¹⁰⁰ Mo with the CUPID-Mo detection technology

in 100Mo / double-beta decay / low counting experiment / low temperature detector

2020

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Precise measurement of2νββdecay of¹⁰⁰ Mo with the CUPID-Mo detection technology

in 100Mo / double-beta decay / low counting experiment / low temperature detector

2020

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Journal Article

Precise measurement of2νββdecay of¹⁰⁰ Mo with the CUPID-Mo detection technology

Schmidt, B,

Pessina, G,

Sanglard, V,

Weber, M,

Misiak, D,

Previtali, E,

Tretyak, VI,

Cardani, L,

Elkhoury, E,

Rozov, S,

Pattavina, L,

Peng, H,

Ouellet, JL,

Billard, J,

Polischuk, OG,

Borovlev, Yu A,

Shen, Y,

Helis, DL,

Briere, M,

Umatov, VI,

Charlieux, F,

Marcillac, P de,

Siebenborn, B,

Juillard, A,

Casali, N,

Fujikawa, BK,

Makarov, EP,

Poda, DV,

Beretta, M,

Kotila, J,

Redon, Th,

Bergé, L,

Dafinei, I,

Winslow, L,

Singh, V,

Zolotarova, AS,

Bellini, F,

Navick, X-F,

Combarieu, M de,

Novati, V,

Schäffner, K,

Xue, M,

Pari, P,

Nones, C,

Cazes, A,

Shlegel, VN,

Benoît, A,

Vagneron, L,

Danevich, FA,

Huang, HZ,

Ma, L,

Velázquez, M,

Ferri, F,

Tomei, C,

Augier, C,

Pagnanini, L,

Kobychev, VV,

Pavan, M,

Welliver, B,

Barabash, AS,

Gironi, L,

Olivieri, E,

Kleifges, M,

Huang, R,

Leder, A,

Brudanin, V,

Giuliani, A,

Johnston, J,

Guerard, E,

Benato, G,

Pirro, S,

Khalife, H,

Marnieros, S,

Loaiza, P,

Marini, L,

Konovalov, SI,

Eitel, K,

Grigorieva, VD,

Gascon, J,

Kolomensky, Yu G,

Jesus, M De,

Bourgeois, Ch,

Chapellier, M,

Armengaud, E,

Dumoulin, L,

Paul, B,

Rusconi, C,

Yakushev, E,

Camus, P,

Gros, M

2020

Overview

We report the measurement of the two-neutrino double-beta (2νββ) decay of ¹⁰⁰Mo to the ground state of ¹⁰⁰Ru using lithium molybdate (\\crystal) scintillating bolometers. The detectors were developed for the CUPID-Mo program and operated at the EDELWEISS-III low background facility in the Modane underground laboratory. From a total exposure of 42.235 kg×d, the half-life of ¹⁰⁰Mo is determined to be T_(1/2)^(2ν)=[7.12^(+0.18)_(-0.14) \\mathrm{(stat.)}{±}{0}.10 \\mathrm{(syst.)}{]}{×}10¹⁸ years. This is the most accurate determination of the 2νββ half-life of ¹⁰⁰Mo to date. We also confirm, with the statistical significance of >3σ, that the single-state dominance model of the 2νββ decay of ¹⁰⁰Mo is favored over the high-state dominance model.

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Publisher

Springer

Subject

100Mo

/ double-beta decay

/ low counting experiment

/ low temperature detector