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 ANDRÉ, João Pedro Athayde Marcondes; 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; 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; 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, 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; 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, Yufeng; LI, Zepeng; LI, Zhaohan; LI, Zhibing; LI, Ziyuan; LIANG, Hao; LIANG, Hao; LIAO, Jiajun; 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; LUO, Xiaojie; 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; 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VOTANO, Lucia; WALKER, Pablo; WANG, Caishen; WANG, Chung-Hsiang; WANG, En; WANG, Guoli; WANG, Jian; WANG, Jun; WANG, Kunyu; WANG, Lu; WANG, Meifen; WANG, Meng; WANG, Meng; WANG, Ruiguang; WANG, Siguang; WANG, Wei; WANG, Wei; WANG, Wenshuai; WANG, Xi; WANG, Xiangyue; WANG, Yangfu; WANG, Yaoguang; WANG, Yi; WANG, Yi; WANG, Yifang; WANG, Yuanqing; WANG, Yuman; WANG, Zhe; WANG, Zheng; WANG, Zhimin; WANG, Zongyi; WAQAS, Muhammad; WATCHARANGKOOL, Apimook; WEI, Lianghong; WEI, Wei; WEI, Wenlu; WEI, Yadong; WEN, Kaile; WEN, Liangjian; WIEBUSCH, Christopher; WONG, Steven Chan-Fai; WONSAK, Bjoern; WU, Diru; WU, Qun; WU, Zhi; WURM, Michael; WURTZ, Jacques; WYSOTZKI, Christian; XI, Yufei; XIA, Dongmei; XIAO, Xiang; XIE, Xiaochuan; XIE, Yuguang; XIE, Zhangquan; XING, Zhizhong; XU, Benda; XU, Cheng; XU, Donglian; XU, Fanrong; XU, Hangkun; XU, Jilei; XU, Jing; XU, Meihang; XU, Yin; XU, Yu; YAN, Baojun; YAN, Taylor; YAN, Wenqi; YAN, Xiongbo; YAN, Yupeng; YANG, Anbo; YANG, Changgen; YANG, Chengfeng; YANG, Huan; YANG, Jie; YANG, Lei; YANG, Xiaoyu; YANG, Yifan; YANG, Yifan; YAO, Haifeng; YASIN, Zafar; YE, Jiaxuan; YE, Mei; YE, Ziping; YERMIA, Frédéric; YI, Peihuai; YIN, Na; YIN, Xiangwei; YOU, Zhengyun; YU, Boxiang; YU, Chiye; YU, Chunxu; YU, Hongzhao; YU, Miao; YU, Xianghui; YU, Zeyuan; YU, Zezhong; YUAN, Chengzhuo; YUAN, Ying; YUAN, Zhenxiong; YUE, Baobiao; ZAFAR, Noman; ZAVADSKYI, Vitalii; ZENG, Shan; ZENG, Tingxuan; ZENG, Yuda; ZHAN, Liang; ZHANG, Aiqiang; ZHANG, Feiyang; ZHANG, Guoqing; ZHANG, Haiqiong; ZHANG, Honghao; ZHANG, Jialiang; ZHANG, Jiawen; ZHANG, Jie; ZHANG, Jin; ZHANG, Jingbo; ZHANG, Jinnan; ZHANG, Peng; ZHANG, Qingmin; ZHANG, Shiqi; ZHANG, Shu; ZHANG, Tao; ZHANG, Xiaomei; ZHANG, Xin; ZHANG, Xuantong; ZHANG, Xueyao; ZHANG, Yan; ZHANG, Yinhong; ZHANG, Yiyu; ZHANG, Yongpeng; ZHANG, Yu; ZHANG, Yuanyuan; 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:10.1088/1475-7516/2022/10/033

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ABUSLEME, Angel

ADAM, Thomas
Institut Pluridisciplinaire Hubert Curien [IPHC]

AHMAD, Shakeel

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JCAP. 2022, vol. 10, p. 033

Résumé en anglais

We present the detection potential for the diffuse supernova neutrino background (DSNB) at the Jiangmen Underground Neutrino Observatory (JUNO), using the inverse-beta-decay (IBD) detection channel on free protons. We employ the latest information on the DSNB flux predictions, and investigate in detail the background and its reduction for the DSNB search at JUNO. The atmospheric neutrino induced neutral current (NC) background turns out to be the most critical background, whose uncertainty is carefully evaluated from both the spread of model predictions and an envisaged in situ measurement. We also make a careful study on the background suppression with the pulse shape discrimination (PSD) and triple coincidence (TC) cuts. With latest DSNB signal predictions, more realistic background evaluation and PSD efficiency optimization, and additional TC cut, JUNO can reach the significance of 3σ for 3 years of data taking, and achieve better than 5σ after 10 years for a reference DSNB model. In the pessimistic scenario of non-observation, JUNO would strongly improve the limits and exclude a significant region of the model parameter space.< Réduire

Mots clés en anglais

neutrino astronomy

neutrino detectors

supernova neutrinos

diffuse supernova neutrino background

neutrino: supernova

neutrino: background

background: suppression

neutrino: atmosphere

JUNO

efficiency

observatory

neutrino: flux

neutral current

data analysis method

sensitivity

numerical calculations: Monte Carlo

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Prospects for detecting the diffuse supernova neutrino background with JUNO

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