ABUSLEME, Angel; ADAM, Thomas; AHMAD, Shakeel; AHMED, Rizwan; AIELLO, Sebastiano; AKRAM, Muhammad; AN, Fengpeng; AN, Qi; ANDRONICO, Giuseppe; ANFIMOV, Nikolay; ANTONELLI, Vito; ANTOSHKINA, Tatiana; ASAVAPIBHOP, Burin; DE MARCONDES DE ANDRÉ, João Pedro Athay; AUGUSTE, Didier; BALASHOV, Nikita; BALDINI, Wander; BARRESI, Andrea; BASILICO, Davide; BAUSSAN, Eric; BELLATO, Marco; BERGNOLI, Antonio; BIRKENFELD, Thilo; BLIN, Sylvie; BLUM, David; BLYTH, Simon; BOLSHAKOVA, Anastasia; BONGRAND, Mathieu; BORDEREAU, Clément; BRETON, Dominique; BRIGATTI, Augusto; BRUGNERA, Riccardo; BRUNO, Riccardo; BUDANO, Antonio; BUSCEMI, Mario; BUSTO, Jose; BUTOROV, Ilya; CABRERA, Anatael; CACCIANIGA, Barbara; CAI, Hao; CAI, Xiao; CAI, Yanke; CAI, Zhiyan; CALLEGARI, Riccardo; CAMMI, Antonio; CAMPENY, Agustin; CAO, Chuanya; CAO, Guofu; CAO, Jun; CARUSO, Rossella; CERNA, Cédric; CHANG, Jinfan; CHANG, Yun; CHEN, Pingping; CHEN, Po-An; CHEN, Shaomin; CHEN, Xurong; CHEN, Yi-Wen; CHEN, Yixue; CHEN, Yu; CHEN, Zhang; CHENG, Jie; CHENG, Yaping; CHETVERIKOV, Alexey; CHIESA, Davide; CHIMENTI, Pietro; CHUKANOV, Artem; CLAVERIE, Gérard; CLEMENTI, Catia; CLERBAUX, Barbara; DI LORENZO, Selma Conforti; CORTI, Daniele; DAL CORSO, Flavio; DALAGER, Olivia; DE LA TAILLE, Christophe; DENG, Zhi; DENG, Ziyan; DEPNERING, Wilfried; DIAZ, Marco; DING, Xuefeng; DING, Yayun; DIRGANTARA, Bayu; DMITRIEVSKY, Sergey; DOHNAL, Tadeas; DOLZHIKOV, Dmitry; DONCHENKO, Georgy; DONG, Jianmeng; DOROSHKEVICH, Evgeny; DRACOS, Marcos; DRUILLOLE, Frédéric; DU, Ran; DU, Shuxian; DUSINI, Stefano; DVORAK, Martin; ENQVIST, Timo; ENZMANN, Heike; FABBRI, Andrea; FAHRENDHOLZ, Ulrike; FAN, Donghua; FAN, Lei; FANG, Jian; FANG, Wenxing; FARGETTA, Marco; FEDOSEEV, Dmitry; FENG, Li-Cheng; FENG, Qichun; FORD, Richard; FOURNIER, Amélie; GAN, Haonan; GAO, Feng; GARFAGNINI, Alberto; GAVRIKOV, Arsenii; GIAMMARCHI, Marco; GIAZ, Agnese; GIUDICE, Nunzio; GONCHAR, Maxim; GONG, Guanghua; GONG, Hui; GORNUSHKIN, Yuri; GÖTTEL, Alexandre; GRASSI, Marco; GREWING, Christian; GROMOV, Vasily; GU, Minghao; GU, Xiaofei; GU, Yu; GUAN, Mengyun; GUARDONE, Nunzio; GUL, Maria; GUO, Cong; GUO, Jingyuan; GUO, Wanlei; GUO, Xinheng; GUO, Yuhang; HACKSPACHER, Paul; HAGNER, Caren; HAN, Ran; HAN, Yang; HASSAN, Muhammad Sohaib; HE, Miao; HE, Wei; HEINZ, Tobias; HELLMUTH, Patrick; HENG, Yuekun; HERRERA, Rafael; HOR, Yuenkeung; HOU, Shaojing; HSIUNG, Yee; HU, Bei-Zhen; HU, Hang; HU, Jianrun; HU, Jun; HU, Shouyang; HU, Tao; HU, Yuxiang; HU, Zhuojun; HUANG, Chunhao; HUANG, Guihong; HUANG, Hanxiong; HUANG, Wenhao; HUANG, Xin; HUANG, Xingtao; HUANG, Yongbo; HUI, Jiaqi; HUO, Lei; HUO, Wenju; HUSS, Cédric; HUSSAIN, Safeer; IOANNISIAN, Ara; ISOCRATE, Roberto; JELMINI, Beatrice; JEN, Kuo-Lun; JERIA, Ignacio; JI, Xiaolu; JI, Xingzhao; JIA, Huihui; JIA, Junji; JIAN, Siyu; JIANG, Di; JIANG, Wei; JIANG, Xiaoshan; JIN, Ruyi; JING, Xiaoping; JOLLET, Cécile; JOUTSENVAARA, Jari; JUNGTHAWAN, Sirichok; KALOUSIS, Leonidas; KAMPMANN, Philipp; KANG, Li; KARAPARAMBIL, Rebin; KAZARIAN, Narine; KHATUN, Amina; KHOSONTHONGKEE, Khanchai; KORABLEV, Denis; KOUZAKOV, Konstantin; KRASNOPEROV, Alexey; KRUTH, Andre; KUTOVSKIY, Nikolay; KUUSINIEMI, Pasi; LACHENMAIER, Tobias; LANDINI, Cecilia; LEBLANC, Sébastien; LEBRIN, Victor; LEFEVRE, Frederic; LEI, Ruiting; LEITNER, Rupert; LEUNG, Jason; LI, Demin; LI, Fei; LI, Fule; LI, Gaosong; LI, Haitao; LI, Huiling; LI, Jiaqi; LI, Mengzhao; LI, Min; LI, Nan; LI, Nan; LI, Qingjiang; LI, Ruhui; LI, Shanfeng; LI, Tao; LI, Weidong; LI, Weiguo; LI, Xiaomei; LI, Xiaonan; LI, Xinglong; LI, Yi; LI, Yichen; LI, Yufeng; LI, Zhaohan; LI, Zhibing; LI, Ziyuan; LIANG, Hao; LIANG, Hao; LIAO, Jiajun; LIEBAU, Daniel; LIMPHIRAT, Ayut; LIMPIJUMNONG, Sukit; LIN, Guey-Lin; LIN, Shengxin; LIN, Tao; LING, Jiajie; LIPPI, Ivano; LIU, Fang; LIU, Haidong; LIU, Hongbang; LIU, Hongjuan; LIU, Hongtao; LIU, Hui; LIU, Jianglai; LIU, Jinchang; LIU, Min; LIU, Qian; LIU, Qin; LIU, Runxuan; LIU, Shuangyu; LIU, Shubin; LIU, Shulin; LIU, Xiaowei; LIU, Xiwen; LIU, Yan; LIU, Yunzhe; LOKHOV, Alexey; LOMBARDI, Paolo; LOMBARDO, Claudio; LOO, Kai; LU, Chuan; LU, Haoqi; LU, Jingbin; LU, Junguang; LU, Shuxiang; LU, Xiaoxu; LUBSANDORZHIEV, Bayarto; LUBSANDORZHIEV, Sultim; LUDHOVA, Livia; LUKANOV, Arslan; LUO, Fengjiao; LUO, Guang; LUO, Pengwei; LUO, Shu; LUO, Wuming; LYASHUK, Vladimir; MA, Bangzheng; MA, Qiumei; MA, Si; MA, Xiaoyan; MA, Xubo; MAALMI, Jihane; MALYSHKIN, Yury; MANDUJANO, Roberto Carlos; MANTOVANI, Fabio; MANZALI, Francesco; MAO, Xin; MAO, Yajun; MARI, Stefano M.; MARINI, Filippo; MARIUM, Sadia; MARTELLINI, Cristina; MARTIN-CHASSARD, Gisele; MARTINI, Agnese; MAYER, Matthias; MAYILYAN, Davit; MEDNIEKS, Ints; MENG, Yue; MEREGAGLIA, Anselmo; MERONI, Emanuela; MEYHÖFER, David; MEZZETTO, Mauro; MILLER, Jonathan; MIRAMONTI, Lino; MONTINI, Paolo; MONTUSCHI, Michele; MÜLLER, Axel; NASTASI, Massimiliano; NAUMOV, Dmitry V.; NAUMOVA, Elena; NAVAS-NICOLAS, Diana; NEMCHENOK, Igor; NGUYEN THI, Minh Thuan; NING, Feipeng; NING, Zhe; NUNOKAWA, Hiroshi; OBERAUER, Lothar; OCHOA-RICOUX, Juan Pedro; OLSHEVSKIY, Alexander; ORESTANO, Domizia; ORTICA, Fausto; OTHEGRAVEN, Rainer; PAOLONI, Alessandro; PARMEGGIANO, Sergio; PEI, Yatian; PELLICCIA, Nicomede; PENG, Anguo; PENG, Haiping; PERROT, Frédéric; PETITJEAN, Pierre-Alexandre; PETRUCCI, Fabrizio; PILARCZYK, Oliver; RICO, Luis Felipe Piñeres; POPOV, Artyom; POUSSOT, Pascal; PRATUMWAN, Wathan; PREVITALI, Ezio; QI, Fazhi; QI, Ming; QIAN, Sen; QIAN, Xiaohui; QIAN, Zhen; QIAO, Hao; QIN, Zhonghua; QIU, Shoukang; RAJPUT, Muhammad Usman; RANUCCI, Gioacchino; RAPER, Neill; RE, Alessandra; REBBER, Henning; REBII, Abdel; REN, Bin; REN, Jie; RICCI, Barbara; RIFAI, Mariam; ROBENS, Markus; ROCHE, Mathieu; RODPHAI, Narongkiat; ROMANI, Aldo; ROSKOVEC, Bedřich; ROTH, Christian; RUAN, Xiangdong; RUAN, Xichao; RUJIRAWAT, Saroj; RYBNIKOV, Arseniy; SADOVSKY, Andrey; SAGGESE, Paolo; SANFILIPPO, Simone; SANGKA, Anut; SANGUANSAK, Nuanwan; SAWANGWIT, Utane; SAWATZKI, Julia; SAWY, Fatma; SCHEVER, Michaela; SCHWAB, Cédric; SCHWEIZER, Konstantin; SELYUNIN, Alexandr; SERAFINI, Andrea; SETTANTA, Giulio; SETTIMO, Mariangela; SHAO, Zhuang; SHAROV, Vladislav; SHAYDUROVA, Arina; SHI, Jingyan; SHI, Yanan; SHUTOV, Vitaly; SIDORENKOV, Andrey; ŠIMKOVIC, Fedor; SIRIGNANO, Chiara; SIRIPAK, Jaruchit; SISTI, Monica; SLUPECKI, Maciej; SMIRNOV, Mikhail; SMIRNOV, Oleg; SOGO-BEZERRA, Thiago; SOKOLOV, Sergey; SONGWADHANA, Julanan; SOONTHORNTHUM, Boonrucksar; SOTNIKOV, Albert; ŠRÁMEK, Ondřej; SREETHAWONG, Warintorn; STAHL, Achim; STANCO, Luca; STANKEVICH, Konstantin; ŠTEFÁNIK, Dušan; STEIGER, Hans; STEINMANN, Jochen; STERR, Tobias; STOCK, Matthias Raphael; STRATI, Virginia; STUDENIKIN, Alexander; SUN, Shifeng; SUN, Xilei; SUN, Yongjie; SUN, Yongzhao; SUWONJANDEE, Narumon; SZELEZNIAK, Michal; TANG, Jian; TANG, Qiang; TANG, Quan; TANG, Xiao; TIETZSCH, Alexander; TKACHEV, Igor; TMEJ, Tomas; TORRI, Marco Danilo Claudio; TRESKOV, Konstantin; TRIOSSI, Andrea; TRONI, Giancarlo; TRZASKA, Wladyslaw; TUVE, Cristina; USHAKOV, Nikita; VAN DEN BOOM, Johannes; VAN WAASEN, Stefan; 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ZHANG, Yumei; ZHANG, Zhenyu; ZHANG, Zhijian; ZHAO, Fengyi; ZHAO, Jie; ZHAO, Rong; ZHAO, Shujun; ZHAO, Tianchi; ZHENG, Dongqin; ZHENG, Hua; ZHENG, Yangheng; ZHONG, Weirong; ZHOU, Jing; ZHOU, Li; ZHOU, Nan; ZHOU, Shun; ZHOU, Tong; ZHOU, Xiang; ZHU, Jiang; ZHU, Kangfu; ZHU, Kejun; ZHU, Zhihang; ZHUANG, Bo; ZHUANG, Honglin; ZONG, Liang; ZOU, Jiaheng

doi:10.1088/1674-1137/ace9c6

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ABUSLEME, Angel

ADAM, Thomas
Institut Pluridisciplinaire Hubert Curien [IPHC]
Université Louis Pasteur - Strasbourg I

AHMAD, Shakeel

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Chin.Phys.C. 2023, vol. 47, n° 11, p. 113002

Résumé en anglais

The Jiangmen Underground Neutrino Observatory (JUNO) is a large liquid scintillator detector designed to explore many topics in fundamental physics. In this paper, the potential on searching for proton decay in $p\to \bar\nu K^+$ mode with JUNO is investigated.The kaon and its decay particles feature a clear three-fold coincidence signature that results in a high efficiency for identification. Moreover, the excellent energy resolution of JUNO permits to suppress the sizable background caused by other delayed signals. Based on these advantages, the detection efficiency for the proton decay via $p\to \bar\nu K^+$ is 36.9% with a background level of 0.2 events after 10 years of data taking. The estimated sensitivity based on 200 kton-years exposure is $9.6 \times 10^{33}$ years, competitive with the current best limits on the proton lifetime in this channel.< Réduire

Mots clés en anglais

p: decay

K+: particle identification

scintillation counter: liquid

p: lifetime

upper limit

JUNO

deep underground detector

sensitivity

particle identification: efficiency

background

observatory

energy resolution

signature

statistical analysis

data analysis method

p --> K+ antineutrino

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JUNO Sensitivity on Proton Decay $p\to \bar\nu K^+$ Searches

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