External authors:

• Jie Zhao ( Institute of High Energy Physics, CAS )
• Baobiao Yue ( Sun Yat Sen University )
• Haoqi Lu ( Institute of High Energy Physics, CAS )
• Yufeng Li ( Institute of High Energy Physics, CAS )
• Jiajie Ling ( Sun Yat Sen University )
• Chiye Yu ( Institute of High Energy Physics, CAS )
• Angel Abusleme ( Pontificia Universidad Catolica de Chile , ANID )
• Thomas Adam ( Universite de Strasbourg )
• Shakeel Ahmad ( Pakistan Institute of Nuclear Science & Technology )
• Rizwan Ahmed ( Pakistan Institute of Nuclear Science & Technology )
• Sebastiano Aiello ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Catania )
• Muhammad Akram ( Pakistan Institute of Nuclear Science & Technology )
• Abid Aleem ( Pakistan Institute of Nuclear Science & Technology )
• Tsagkarakis Alexandros ( RWTH Aachen University )
• Fengpeng An ( East China University of Science & Technology )
• Qi An ( University of Science & Technology of China, CAS )
• Giuseppe Andronico ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Catania )
• Nikolay Anfimov ( Joint Institute for Nuclear Research - Russia )
• Vito Antonelli ( University of Milan )
• Tatiana Antoshkina ( Joint Institute for Nuclear Research - Russia )
• Burin Asavapibhop ( Chulalongkorn University )
• Joao Pedro Athayde Marcondes de Andre ( Universite de Strasbourg )
• Didier Auguste ( Universite Paris Cite )
• Weidong Bai ( Sun Yat Sen University )
• Nikita Balashov ( Joint Institute for Nuclear Research - Russia )
• Wander Baldini ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Ferrara )
• Andrea Barresi ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Milano-Bicocca )
• Davide Basilico ( University of Milan )
• Eric Baussan ( Universite de Strasbourg )
• Marco Bellato ( Istituto Nazionale di Fisica Nucleare (INFN) )
• Antonio Bergnoli ( Istituto Nazionale di Fisica Nucleare (INFN) )
• Thilo Birkenfeld ( RWTH Aachen University )
• Sylvie Blin ( Universite Paris Cite )
• David Blum ( Eberhard Karls University of Tubingen )
• Simon Blyth ( Institute of High Energy Physics, CAS )
• Anastasia Bolshakova ( Joint Institute for Nuclear Research - Russia )
• Mathieu Bongrand ( CNRS - National Institute of Nuclear and Particle Physics (IN2P3) )
• Clement Bordereau ( Universite de Bordeaux , National Taiwan University )
• Dominique Breton ( Universite Paris Cite )
• Augusto Brigatti ( University of Milan )
• Riccardo Brugnera ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Padua )
• Riccardo Bruno ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Catania )
• Antonio Budano ( Istituto Nazionale di Fisica Nucleare (INFN) , Roma Tre University )
• Jose Busto ( Aix-Marseille Universite )
• Ilya Butorov ( Joint Institute for Nuclear Research - Russia )
• Anatael Cabrera ( Universite Paris Cite )
• Barbara Caccianiga ( University of Milan )
• Hao Cai ( Wuhan University )
• Xiao Cai ( Institute of High Energy Physics, CAS )
• Yanke Cai ( Institute of High Energy Physics, CAS )
• Zhiyan Cai ( Institute of High Energy Physics, CAS )
• Riccardo Callegari ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Padua )
• Antonio Cammi ( Istituto Nazionale di Fisica Nucleare (INFN) , Polytechnic University of Milan )
• Agustin Campeny ( Pontificia Universidad Catolica de Chile )
• Chuanya Cao ( Institute of High Energy Physics, CAS )
• Guofu Cao ( Institute of High Energy Physics, CAS )
• Jun Cao ( Institute of High Energy Physics, CAS )
• Rossella Caruso ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Catania )
• Cedric Cerna ( Universite de Bordeaux )
• Fei Li ( National Yang Ming Chiao Tung University )
• Jinfan Chang ( Institute of High Energy Physics, CAS )
• Yun Chang ( National United University )
• Guoming Chen ( Guangxi University )
• Pingping Chen ( Dongguan University of Technology )
• Po-An Chen ( National Taiwan University )
• Shaomin Chen ( Tsinghua University )
• Xurong Chen ( Institute of Modern Physics, CAS )
• Yixue Chen ( North China Electric Power University )
• Yu Chen ( Sun Yat Sen University )
• Zhiyuan Chen ( Institute of High Energy Physics, CAS )
• Zikang Chen ( Sun Yat Sen University )
• Jie Cheng ( North China Electric Power University )
• Yaping Cheng ( Beijing Inst Spacecraft Environm Engn )
• Alexander Chepurnov ( Lomonosov Moscow State University )
• Alexey Chetverikov ( Joint Institute for Nuclear Research - Russia )
• Davide Chiesa ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Milano-Bicocca )
• Pietro Chimenti ( Universidade Estadual de Londrina )
• Artem Chukanov ( Joint Institute for Nuclear Research - Russia )
• Gerard Claverie ( Universite de Bordeaux )
• Catia Clementi ( University of Perugia )
• Barbara Clerbaux ( Universite Libre de Bruxelles )
• Marta Colomer Molla ( Universite Libre de Bruxelles )
• Selma Conforti Di Lorenzo ( Universite de Bordeaux )
• Daniele Corti ( Istituto Nazionale di Fisica Nucleare (INFN) )
• Flavio Dal Corso ( Istituto Nazionale di Fisica Nucleare (INFN) )
• Olivia Dalager ( University of California Irvine )
• Christophe De la Taille ( Universite de Bordeaux )
• Zhi Deng ( Tsinghua University )
• Ziyan Deng ( Institute of High Energy Physics, CAS )
• Wilfried Depnering ( Johannes Gutenberg University of Mainz )
• Marco Diaz ( Pontificia Universidad Catolica de Chile )
• Xuefeng Ding ( University of Milan )
• Yayun Ding ( Institute of High Energy Physics, CAS )
• Bayu Dirgantara ( Suranaree University of Technology )
• Sergey Dmitrievsky ( Joint Institute for Nuclear Research - Russia )
• Tadeas Dohnal ( Charles University Prague )
• Dmitry Dolzhikov ( Joint Institute for Nuclear Research - Russia )
• Georgy Donchenko ( Lomonosov Moscow State University )
• Jianmeng Dong ( Tsinghua University )
• Evgeny Doroshkevich ( Institute for Nuclear Research of the Russian Academy of Sciences )
• Marcos Dracos ( Universite de Strasbourg )
• Frederic Druillole ( Universite de Bordeaux )
• Ran Du ( Institute of High Energy Physics, CAS )
• Shuxian Du ( Zhengzhou University )
• Stefano Dusini ( Istituto Nazionale di Fisica Nucleare (INFN) )
• Martin Dvorak ( Charles University Prague )
• Timo Enqvist ( University of Jyvaskyla )
• Heike Enzmann ( Johannes Gutenberg University of Mainz )
• Andrea Fabbri ( Istituto Nazionale di Fisica Nucleare (INFN) , Roma Tre University )
• Donghua Fan ( Wuyi University )
• Lei Fan ( Institute of High Energy Physics, CAS )
• Jian Fang ( Institute of High Energy Physics, CAS )
• Wenxing Fang ( Institute of High Energy Physics, CAS )
• Marco Fargetta ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Catania )
• Dmitry Fedoseev ( Joint Institute for Nuclear Research - Russia )
• Zhengyong Fei ( Institute of High Energy Physics, CAS )
• Li-Cheng Feng ( National Yang Ming Chiao Tung University )
• Qichun Feng ( Harbin Institute of Technology )
• Richard Ford ( University of Milan )
• Amelie Fournier ( Universite de Bordeaux )
• Haonan Gan ( Institute of Hydrogeology & Environmental Geology, Chinese Academy of Geological Sciences )
• Feng Gao ( RWTH Aachen University )
• Alberto Garfagnini ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Padua )
• Arsenii Gavrikov ( Joint Institute for Nuclear Research - Russia )
• Marco Giammarchi ( University of Milan )
• Nunzio Giudice ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Catania )
• Maxim Gonchar ( Joint Institute for Nuclear Research - Russia )
• Guanghua Gong ( Tsinghua University )
• Hui Gong ( Tsinghua University )
• Yuri Gornushkin ( Joint Institute for Nuclear Research - Russia )
• Alexandre Gottel ( Research Center Julich , RWTH Aachen University , Cardiff University )
• Marco Grassi ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Padua )
• Maxim Gromov ( Lomonosov Moscow State University )
• Vasily Gromov ( Joint Institute for Nuclear Research - Russia )
• Minghao Gu ( Institute of High Energy Physics, CAS )
• Xiaofei Gu ( Zhengzhou University )
• Yu Gu ( Jinan University )
• Mengyun Guan ( Institute of High Energy Physics, CAS )
• Yuduo Guan ( Institute of High Energy Physics, CAS )
• Nunzio Guardone ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Catania )
• Cong Guo ( Institute of High Energy Physics, CAS )
• Jingyuan Guo ( Sun Yat Sen University )
• Wanlei Guo ( Institute of High Energy Physics, CAS )
• Xinheng Guo ( Beijing Normal University )
• Yuhang Guo ( Xi'an Jiaotong University )
• Paul Hackspacher ( Johannes Gutenberg University of Mainz )
• Caren Hagner ( University of Hamburg )
• Ran Han ( Beijing Inst Spacecraft Environm Engn )
• Yang Han ( Sun Yat Sen University )
• Miao He ( Institute of High Energy Physics, CAS )
• Wei He ( Institute of High Energy Physics, CAS )
• Tobias Heinz ( Eberhard Karls University of Tubingen )
• Patrick Hellmuth ( Universite de Bordeaux )
• Yuekun Heng ( Institute of High Energy Physics, CAS )
• Rafael Herrera ( Pontificia Universidad Catolica de Chile )
• YuenKeung Hor ( Sun Yat Sen University )
• Shaojing Hou ( Institute of High Energy Physics, CAS )
• Yee Hsiung ( National Taiwan University )
• Bei-Zhen Hu ( National Taiwan University )
• Hang Hu ( Sun Yat Sen University )
• Jianrun Hu ( Institute of High Energy Physics, CAS )
• Jun Hu ( Institute of High Energy Physics, CAS )
• Shouyang Hu ( China Institute of Atomic Energy )
• Tao Hu ( Institute of High Energy Physics, CAS )
• Yuxiang Hu ( Institute of High Energy Physics, CAS )
• Zhuojun Hu ( Sun Yat Sen University )
• Guihong Huang ( Wuyi University )
• Hanxiong Huang ( China Institute of Atomic Energy )
• Kaixuan Huang ( Sun Yat Sen University )
• Wenhao Huang ( Shandong University )
• Xin Huang ( Institute of High Energy Physics, CAS )
• Xingtao Huang ( Shandong University )
• Yongbo Huang ( Guangxi University )
• Jiaqi Hui ( Shanghai Jiao Tong University )
• Lei Huo ( Harbin Institute of Technology )
• Wenju Huo ( University of Science & Technology of China, CAS )
• Cedric Huss ( Universite de Bordeaux )
• Safeer Hussain ( Pakistan Institute of Nuclear Science & Technology )
• Ara Ioannisian ( Yerevan Physics Institute )
• Roberto Isocrate ( Istituto Nazionale di Fisica Nucleare (INFN) )
• Beatrice Jelmini ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Padua )
• Ignacio Jeria ( Pontificia Universidad Catolica de Chile )
• Xiaolu Ji ( Institute of High Energy Physics, CAS )
• Huihui Jia ( Nankai University )
• Junji Jia ( Wuhan University )
• Siyu Jian ( China Institute of Atomic Energy )
• Di Jiang ( University of Science & Technology of China, CAS )
• Wei Jiang ( Institute of High Energy Physics, CAS )
• Xiaoshan Jiang ( Institute of High Energy Physics, CAS )
• Xiaoping Jing ( Institute of High Energy Physics, CAS )
• Cecile Jollet ( Universite de Bordeaux )
• Leonidas Kalousis ( Universite de Strasbourg )
• Philipp Kampmann ( Research Center Julich , GSI Helmholtz-Center for Heavy Ion Research )
• Li Kang ( Dongguan University of Technology )
• Rebin Karaparambil ( CNRS - National Institute of Nuclear and Particle Physics (IN2P3) )
• Narine Kazarian ( Yerevan Physics Institute )
• Amina Khatun ( Comenius University Bratislava )
• Khanchai Khosonthongkee ( Suranaree University of Technology )
• Denis Korablev ( Joint Institute for Nuclear Research - Russia )
• Konstantin Kouzakov ( Lomonosov Moscow State University )
• Alexey Krasnoperov ( Joint Institute for Nuclear Research - Russia )
• Nikolay Kutovskiy ( Joint Institute for Nuclear Research - Russia )
• Pasi Kuusiniemi ( University of Jyvaskyla )
• Tobias Lachenmaier ( Eberhard Karls University of Tubingen )
• Cecilia Landini ( University of Milan )
• Sebastien Leblanc ( Universite de Bordeaux )
• Victor Lebrin ( CNRS - National Institute of Nuclear and Particle Physics (IN2P3) )
• Frederic Lefevre ( CNRS - National Institute of Nuclear and Particle Physics (IN2P3) )
• Ruiting Lei ( Dongguan University of Technology )
• Rupert Leitner ( Charles University Prague )
• Jason Leung ( National Yang Ming Chiao Tung University )
• Daozheng Li ( Institute of High Energy Physics, CAS )
• Demin Li ( Zhengzhou University )
• Fei Li ( Institute of High Energy Physics, CAS )
• Fule Li ( Tsinghua University )
• Gaosong Li ( Institute of High Energy Physics, CAS )
• Huiling Li ( Institute of High Energy Physics, CAS )
• Mengzhao Li ( Institute of High Energy Physics, CAS )
• Min Li ( Institute of High Energy Physics, CAS )
• Nan Li ( Institute of High Energy Physics, CAS )
• Nan Li ( National University of Defense Technology - China )
• Qingjiang Li ( National University of Defense Technology - China )
• Ruhui Li ( Institute of High Energy Physics, CAS )
• Rui Li ( Shanghai Jiao Tong University )
• Shanfeng Li ( Dongguan University of Technology )
• Tao Li ( Sun Yat Sen University )
• Teng Li ( Shandong University )
• Weidong Li ( Institute of High Energy Physics, CAS , University of Chinese Academy of Sciences, CAS )
• Weiguo Li ( Institute of High Energy Physics, CAS )
• Xiaomei Li ( China Institute of Atomic Energy )
• Xiaonan Li ( Institute of High Energy Physics, CAS )
• Xinglong Li ( China Institute of Atomic Energy )
• Yi Li ( Dongguan University of Technology )
• Yichen Li ( Institute of High Energy Physics, CAS )
• Zepeng Li ( Institute of High Energy Physics, CAS )
• Zhaohan Li ( Institute of High Energy Physics, CAS )
• Zhibing Li ( Sun Yat Sen University )
• Ziyuan Li ( Sun Yat Sen University )
• Zonghai Li ( Wuhan University )
• Hao Liang ( China Institute of Atomic Energy )
• Hao Liang ( University of Science & Technology of China, CAS )
• Jiajun Liao ( Sun Yat Sen University )
• Ayut Limphirat ( Suranaree University of Technology )
• Guey-Lin Lin ( National Yang Ming Chiao Tung University )
• Shengxin Lin ( Dongguan University of Technology )
• Tao Lin ( Institute of High Energy Physics, CAS )
• Ivano Lippi ( Istituto Nazionale di Fisica Nucleare (INFN) )
• Fang Liu ( North China Electric Power University )
• Haidong Liu ( Zhengzhou University )
• Haotian Liu ( Wuhan University )
• Hongbang Liu ( Guangxi University )
• Hongjuan Liu ( University of South China )
• Hongtao Liu ( Sun Yat Sen University )
• Hui Liu ( Jinan University )
• Jianglai Liu ( Shanghai Jiao Tong University )
• Jinchang Liu ( Institute of High Energy Physics, CAS )
• Min Liu ( University of South China )
• Qian Liu ( University of Chinese Academy of Sciences, CAS )
• Qin Liu ( University of Science & Technology of China, CAS )
• Wei Wang ( Research Center Julich , RWTH Aachen University )
• Shubin Liu ( University of Science & Technology of China, CAS )
• Xin Zhang ( Institute of High Energy Physics, CAS )
• Xiaowei Liu ( Sun Yat Sen University )
• Xiwen Liu ( Guangxi University )
• Yan Liu ( Institute of High Energy Physics, CAS )
• Yunzhe Liu ( Institute of High Energy Physics, CAS )
• Alexey Lokhov ( Lomonosov Moscow State University , Institute for Nuclear Research of the Russian Academy of Sciences )
• Paolo Lombardi ( University of Milan )
• Claudio Lombardo ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Catania )
• Kai Loo ( University of Jyvaskyla )
• Chuan Lu ( Institute of Hydrogeology & Environmental Geology, Chinese Academy of Geological Sciences )
• Jingbin Lu ( Jilin University )
• Junguang Lu ( Institute of High Energy Physics, CAS )
• Shuxiang Lu ( Zhengzhou University )
• Bayarto Lubsandorzhiev ( Institute for Nuclear Research of the Russian Academy of Sciences )
• Sultim Lubsandorzhiev ( Institute for Nuclear Research of the Russian Academy of Sciences )
• Livia Ludhova ( Research Center Julich , RWTH Aachen University )
• Arslan Lukanov ( Institute for Nuclear Research of the Russian Academy of Sciences )
• Daibin Luo ( Institute of High Energy Physics, CAS )
• Fengjiao Luo ( University of South China )
• Guang Luo ( Sun Yat Sen University )
• Shu Luo ( Xiamen University )
• Wuming Luo ( Institute of High Energy Physics, CAS )
• Xiaojie Luo ( Institute of High Energy Physics, CAS )
• Vladimir Lyashuk ( Institute for Nuclear Research of the Russian Academy of Sciences )
• Bangzheng Ma ( Shandong University )
• Bing Ma ( Zhengzhou University )
• Qiumei Ma ( Institute of High Energy Physics, CAS )
• Si Ma ( Institute of High Energy Physics, CAS )
• Xiaoyan Ma ( Institute of High Energy Physics, CAS )
• Xubo Ma ( North China Electric Power University )
• Jihane Maalmi ( Universite Paris Cite )
• Jingyu Mai ( Sun Yat Sen University )
• Yury Malyshkin ( Joint Institute for Nuclear Research - Russia )
• Roberto Carlos Mandujano ( University of California Irvine )
• Fabio Mantovani ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Ferrara )
• Francesco Manzali ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Padua )
• Xin Mao ( Beijing Inst Spacecraft Environm Engn )
• Yajun Mao ( Peking University )
• Stefano M. Mari ( Istituto Nazionale di Fisica Nucleare (INFN) , Roma Tre University )
• Filippo Marini ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Padua )
• Cristina Martellini ( Istituto Nazionale di Fisica Nucleare (INFN) , Roma Tre University )
• Gisele Martin-Chassard ( Universite Paris Cite )
• Agnese Martini ( Istituto Nazionale di Fisica Nucleare (INFN) )
• Matthias Mayer ( Technical University of Munich )
• Davit Mayilyan ( Yerevan Physics Institute )
• Ints Mednieks ( Institute of Electronics & Computer Science )
• Yue Meng ( Shanghai Jiao Tong University )
• Anselmo Meregaglia ( Universite de Bordeaux )
• Emanuela Meroni ( University of Milan )
• David Meyhoefer ( University of Hamburg )
• Mauro Mezzetto ( Istituto Nazionale di Fisica Nucleare (INFN) )
• Jonathan Miller ( Universidad Tecnica Federico Santa Maria )
• Lino Miramonti ( University of Milan )
• Paolo Montini ( Istituto Nazionale di Fisica Nucleare (INFN) , Roma Tre University )
• Michele Montuschi ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Ferrara )
• Axel Mueller ( Eberhard Karls University of Tubingen )
• Massimiliano Nastasi ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Milano-Bicocca )
• Dmitry V. Naumov ( Joint Institute for Nuclear Research - Russia )
• Elena Naumova ( Joint Institute for Nuclear Research - Russia )
• Diana Navas-Nicolas ( Universite Paris Cite )
• Igor Nemchenok ( Joint Institute for Nuclear Research - Russia )
• Alexey Nikolaev ( Lomonosov Moscow State University )
• Feipeng Ning ( Institute of High Energy Physics, CAS )
• Zhe Ning ( Institute of High Energy Physics, CAS )
• Hiroshi Nunokawa ( Pontificia Univ Catolica Rio Janeiro )
• Lothar Oberauer ( Technical University of Munich )
• Juan Pedro Ochoa-Ricoux ( Pontificia Universidad Catolica de Chile , University of California Irvine , ANID )
• Alexander Olshevskiy ( Joint Institute for Nuclear Research - Russia )
• Domizia Orestano ( Istituto Nazionale di Fisica Nucleare (INFN) , Roma Tre University )
• Fausto Ortica ( University of Perugia )
• Rainer Othegraven ( Johannes Gutenberg University of Mainz )
• Alessandro Paoloni ( Istituto Nazionale di Fisica Nucleare (INFN) )
• Sergio Parmeggiano ( University of Milan )
• Yatian Pei ( Institute of High Energy Physics, CAS )
• Nicomede Pelliccia ( University of Perugia )
• Anguo Peng ( University of South China )
• Haiping Peng ( University of Science & Technology of China, CAS )
• Yu Peng ( Institute of High Energy Physics, CAS )
• Zhaoyuan Peng ( Institute of High Energy Physics, CAS )
• Frederic Perrot ( Universite de Bordeaux )
• Pierre-Alexandre Petitjean ( Universite Libre de Bruxelles )
• Fabrizio Petrucci ( Istituto Nazionale di Fisica Nucleare (INFN) , Roma Tre University )
• Oliver Pilarczyk ( Johannes Gutenberg University of Mainz )
• Luis Felipe Pineres Rico ( Universite de Strasbourg )
• Artyom Popov ( Lomonosov Moscow State University )
• Pascal Poussot ( Universite de Strasbourg )
• Ezio Previtali ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Milano-Bicocca )
• Fazhi Qi ( Institute of High Energy Physics, CAS )
• Ming Qi ( Nanjing University )
• Sen Qian ( Institute of High Energy Physics, CAS )
• Xiaohui Qian ( Institute of High Energy Physics, CAS )
• Zhen Qian ( Sun Yat Sen University )
• Hao Qiao ( Peking University )
• Zhonghua Qin ( Institute of High Energy Physics, CAS )
• Shoukang Qiu ( University of South China )
• Gioacchino Ranucci ( University of Milan )
• Neill Raper ( Sun Yat Sen University )
• Alessandra Re ( University of Milan )
• Henning Rebber ( University of Hamburg )
• Abdel Rebii ( Universite de Bordeaux )
• Mariia Redchuk ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Padua )
• Mariia Redchuk ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Padua )
• Bin Ren ( Dongguan University of Technology )
• Jie Ren ( China Institute of Atomic Energy )
• Barbara Ricci ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Ferrara )
• Mariam Rifai ( Research Center Julich , RWTH Aachen University )
• Mathieu Roche ( Universite de Bordeaux )
• Narongkiat Rodphai ( Chulalongkorn University )
• Aldo Romani ( University of Perugia )
• Bedrich Roskovec ( Charles University Prague )
• Xichao Ruan ( China Institute of Atomic Energy )
• Arseniy Rybnikov ( Joint Institute for Nuclear Research - Russia )
• Andrey Sadovsky ( Joint Institute for Nuclear Research - Russia )
• Paolo Saggese ( University of Milan )
• Simone Sanfilippo ( Istituto Nazionale di Fisica Nucleare (INFN) , Roma Tre University )
• Anut Sangka ( Natl Astron Res Inst Thailand )
• Utane Sawangwit ( Natl Astron Res Inst Thailand )
• Julia Sawatzki ( Technical University of Munich )
• Michaela Schever ( Research Center Julich , RWTH Aachen University )
• Cedric Schwab ( Universite de Strasbourg )
• Konstantin Schweizer ( Technical University of Munich )
• Alexandr Selyunin ( Joint Institute for Nuclear Research - Russia )
• Andrea Serafini ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Padua )
• Giulio Settanta ( Research Center Julich , Italian Institute for Environmental Protection & Research (ISPRA) )
• Mariangela Settimo ( CNRS - National Institute of Nuclear and Particle Physics (IN2P3) )
• Zhuang Shao ( Xi'an Jiaotong University )
• Vladislav Sharov ( Joint Institute for Nuclear Research - Russia )
• Arina Shaydurova ( Joint Institute for Nuclear Research - Russia )
• Jingyan Shi ( Institute of High Energy Physics, CAS )
• Yanan Shi ( Institute of High Energy Physics, CAS )
• Vitaly Shutov ( Joint Institute for Nuclear Research - Russia )
• Andrey Sidorenkov ( Institute for Nuclear Research of the Russian Academy of Sciences )
• Fedor Simkovic ( Comenius University Bratislava )
• Chiara Sirignano ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Padua )
• Jaruchit Siripak ( Suranaree University of Technology )
• Monica Sisti ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Milano-Bicocca )
• Maciej Slupecki ( University of Jyvaskyla )
• Mikhail Smirnov ( Sun Yat Sen University )
• Oleg Smirnov ( Joint Institute for Nuclear Research - Russia )
• Thiago Sogo-Bezerra ( CNRS - National Institute of Nuclear and Particle Physics (IN2P3) )
• Sergey Sokolov ( Joint Institute for Nuclear Research - Russia )
• Julanan Songwadhana ( Suranaree University of Technology )
• Boonrucksar Soonthornthum ( Natl Astron Res Inst Thailand )
• Albert Sotnikov ( Joint Institute for Nuclear Research - Russia )
• Ondrej Sramek ( Charles University Prague )
• Warintorn Sreethawong ( Suranaree University of Technology )
• Achim Stahl ( RWTH Aachen University )
• Luca Stanco ( Istituto Nazionale di Fisica Nucleare (INFN) )
• Konstantin Stankevich ( Lomonosov Moscow State University )
• Dusan Stefanik ( Comenius University Bratislava )
• Hans Steiger ( Technical University of Munich , Johannes Gutenberg University of Mainz )
• Jochen Steinmann ( RWTH Aachen University )
• Tobias Sterr ( Eberhard Karls University of Tubingen )
• Matthias Raphael Stock ( Technical University of Munich )
• Virginia Strati ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Ferrara )
• Alexander Studenikin ( Lomonosov Moscow State University )
• Jun Su ( Sun Yat Sen University )
• Shifeng Sun ( North China Electric Power University )
• Xilei Sun ( Institute of High Energy Physics, CAS )
• Yongjie Sun ( University of Science & Technology of China, CAS )
• Yongzhao Sun ( Institute of High Energy Physics, CAS )
• Zhengyang Sun ( Shanghai Jiao Tong University )
• Narumon Suwonjandee ( Chulalongkorn University )
• Michal Szelezniak ( Universite de Strasbourg )
• Jian Tang ( Sun Yat Sen University )
• Qiang Tang ( Sun Yat Sen University )
• Quan Tang ( University of South China )
• Xiao Tang ( Institute of High Energy Physics, CAS )
• Alexander Tietzsch ( Eberhard Karls University of Tubingen )
• Igor Tkachev ( Institute for Nuclear Research of the Russian Academy of Sciences )
• Tomas Tmej ( Charles University Prague )
• Marco Danilo Claudio Torri ( University of Milan )
• Konstantin Treskov ( Joint Institute for Nuclear Research - Russia )
• Andrea Triossi ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Padua )
• Wladyslaw Trzaska ( University of Jyvaskyla )
• Cristina Tuve ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Catania )
• Nikita Ushakov ( Institute for Nuclear Research of the Russian Academy of Sciences )
• Vadim Vedin ( Institute of Electronics & Computer Science )
• Giuseppe Verde ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Catania )
• Maxim Vialkov ( Lomonosov Moscow State University )
• Benoit Viaud ( CNRS - National Institute of Nuclear and Particle Physics (IN2P3) )
• Cornelius Moritz Vollbrecht ( Research Center Julich , RWTH Aachen University )
• Cristina Volpe ( Universite Paris Cite )
• Katharina von Sturm ( Istituto Nazionale di Fisica Nucleare (INFN) , University of Padua )
• Vit Vorobel ( Charles University Prague )
• Dmitriy Voronin ( Institute for Nuclear Research of the Russian Academy of Sciences )
• Lucia Votano ( Istituto Nazionale di Fisica Nucleare (INFN) )
• Pablo Walker ( Pontificia Universidad Catolica de Chile , ANID )
• Caishen Wang ( Dongguan University of Technology )
• Chung-Hsiang Wang ( National United University )
• En Wang ( Zhengzhou University )
• Guoli Wang ( Harbin Institute of Technology )
• Jian Wang ( University of Science & Technology of China, CAS )
• Jun Wang ( Sun Yat Sen University )
• Lu Wang ( Institute of High Energy Physics, CAS )
• Meifen Wang ( Institute of High Energy Physics, CAS )
• Meng Wang ( University of South China )
• Meng Wang ( Shandong University )
• Ruiguang Wang ( Institute of High Energy Physics, CAS )
• Siguang Wang ( Peking University )
• Wei Wang ( Nanjing University )
• Wei Wang ( Sun Yat Sen University )
• Wenshuai Wang ( Institute of High Energy Physics, CAS )
• Xi Wang ( National University of Defense Technology - China )
• Xiangyue Wang ( Sun Yat Sen University )
• Yangfu Wang ( Institute of High Energy Physics, CAS )
• Yaoguang Wang ( Institute of High Energy Physics, CAS )
• Yi Wang ( Tsinghua University )
• Yi Wang ( Wuyi University )
• Yifang Wang ( Institute of High Energy Physics, CAS )
• Yuanqing Wang ( Tsinghua University )
• Yuman Wang ( Nanjing University )
• Zhe Wang ( Tsinghua University )
• Zheng Wang ( Institute of High Energy Physics, CAS )
• Zhimin Wang ( Institute of High Energy Physics, CAS )
• Zongyi Wang ( Tsinghua University )
• Apimook Watcharangkool ( Natl Astron Res Inst Thailand )
• Wei Wei ( Institute of High Energy Physics, CAS )
• Wei Wei ( Shandong University )
• Wenlu Wei ( Institute of High Energy Physics, CAS )
• Yadong Wei ( Dongguan University of Technology )
• Kaile Wen ( Institute of High Energy Physics, CAS )
• Liangjian Wen ( Institute of High Energy Physics, CAS )
• Christopher Wiebusch ( RWTH Aachen University )
• Steven Chan-Fai Wong ( Sun Yat Sen University )
• Bjoern Wonsak ( University of Hamburg )
• Diru Wu ( Institute of High Energy Physics, CAS )
• Qun Wu ( Shandong University )
• Zhi Wu ( Institute of High Energy Physics, CAS )
• Michael Wurm ( Johannes Gutenberg University of Mainz )
• Jacques Wurtz ( Universite de Strasbourg )
• Christian Wysotzki ( RWTH Aachen University )
• Yufei Xi ( Institute of Hydrogeology & Environmental Geology, Chinese Academy of Geological Sciences )
• Dongmei Xia ( Chongqing University )
• Xiang Xiao ( Sun Yat Sen University )
• Xiaochuan Xie ( Guangxi University )
• Yuguang Xie ( Institute of High Energy Physics, CAS )
• Zhangquan Xie ( Institute of High Energy Physics, CAS )
• Zhao Xin ( Institute of High Energy Physics, CAS )
• Zhizhong Xing ( Institute of High Energy Physics, CAS )
• Benda Xu ( Tsinghua University )
• Cheng Xu ( University of South China )
• Donglian Xu ( Shanghai Jiao Tong University )
• Fanrong Xu ( Jinan University )
• Hangkun Xu ( Institute of High Energy Physics, CAS )
• Jilei Xu ( Institute of High Energy Physics, CAS )
• Jing Xu ( Beijing Normal University )
• Meihang Xu ( Institute of High Energy Physics, CAS )
• Yin Xu ( Nankai University )
• Yu Xu ( Sun Yat Sen University )
• Baojun Yan ( Institute of High Energy Physics, CAS )
• Taylor Yan ( Suranaree University of Technology )
• Wenqi Yan ( Institute of High Energy Physics, CAS )
• Xiongbo Yan ( Institute of High Energy Physics, CAS )
• Yupeng Yan ( Suranaree University of Technology )
• Changgen Yang ( Institute of High Energy Physics, CAS )
• Chengfeng Yang ( Guangxi University )
• Huan Yang ( Institute of High Energy Physics, CAS )
• Jie Yang ( Zhengzhou University )
• Lei Yang ( Dongguan University of Technology )
• Xiaoyu Yang ( Institute of High Energy Physics, CAS )
• Yifan Yang ( Institute of High Energy Physics, CAS )
• Yifan Yang ( Universite Libre de Bruxelles )
• Haifeng Yao ( Institute of High Energy Physics, CAS )
• Jiaxuan Ye ( Institute of High Energy Physics, CAS )
• Mei Ye ( Institute of High Energy Physics, CAS )
• Ziping Ye ( Shanghai Jiao Tong University )
• Frederic Yermia ( CNRS - National Institute of Nuclear and Particle Physics (IN2P3) )
• Na Yin ( Shandong University )
• Zhengyun You ( Sun Yat Sen University )
• Boxiang Yu ( Institute of High Energy Physics, CAS )
• Chiye Yu ( Dongguan University of Technology )
• Chunxu Yu ( Nankai University )
• Hongzhao Yu ( Sun Yat Sen University )
• Miao Yu ( Wuhan University )
• Xianghui Yu ( Nankai University )
• Zezhong Yu ( Institute of High Energy Physics, CAS )
• Cenxi Yuan ( Sun Yat Sen University )
• Chengzhuo Yuan ( Institute of High Energy Physics, CAS )
• Ying Yuan ( Peking University )
• Zhenxiong Yuan ( Tsinghua University )
• Noman Zafar ( Pakistan Institute of Nuclear Science & Technology )
• Vitalii Zavadskyi ( Joint Institute for Nuclear Research - Russia )
• Shan Zeng ( Institute of High Energy Physics, CAS )
• Tingxuan Zeng ( Institute of High Energy Physics, CAS )
• Yuda Zeng ( Sun Yat Sen University )
• Liang Zhan ( Institute of High Energy Physics, CAS )
• Aiqiang Zhang ( Tsinghua University )
• Bin Zhang ( Zhengzhou University )
• Binting Zhang ( Institute of High Energy Physics, CAS )
• Feiyang Zhang ( Shanghai Jiao Tong University )
• Guoqing Zhang ( Institute of High Energy Physics, CAS )
• Honghao Zhang ( Sun Yat Sen University )
• Jialiang Zhang ( Nanjing University )
• Jiawen Zhang ( Institute of High Energy Physics, CAS )
• Jie Zhang ( Institute of High Energy Physics, CAS )
• Jin Zhang ( Guangxi University )
• Jingbo Zhang ( Harbin Institute of Technology )
• Jinnan Zhang ( Institute of High Energy Physics, CAS )
• Mohan Zhang ( Institute of High Energy Physics, CAS )
• Peng Zhang ( Institute of High Energy Physics, CAS )
• Qingmin Zhang ( Xi'an Jiaotong University )
• Shiqi Zhang ( Sun Yat Sen University )
• Shu Zhang ( Sun Yat Sen University )
• Tao Zhang ( Shanghai Jiao Tong University )
• Xiaomei Zhang ( Institute of High Energy Physics, CAS )
• Xin Zhang ( Institute of High Energy Physics, CAS )
• Xuantong Zhang ( Institute of High Energy Physics, CAS )
• Xueyao Zhang ( Shandong University )
• Yinhong Zhang ( Institute of High Energy Physics, CAS )
• Yiyu Zhang ( Institute of High Energy Physics, CAS )
• Yongpeng Zhang ( Institute of High Energy Physics, CAS )
• Yu Zhang ( Institute of High Energy Physics, CAS )
• Yuanyuan Zhang ( Shanghai Jiao Tong University )
• Yumei Zhang ( Sun Yat Sen University )
• Zhenyu Zhang ( Wuhan University )
• Zhijian Zhang ( Dongguan University of Technology )
• Fengyi Zhao ( Institute of Modern Physics, CAS )
• Rong Zhao ( Sun Yat Sen University )
• Runze Zhao ( Institute of High Energy Physics, CAS )
• Shujun Zhao ( Zhengzhou University )
• Dongqin Zheng ( Jinan University )
• Hua Zheng ( Dongguan University of Technology )
• Yangheng Zheng ( University of Chinese Academy of Sciences, CAS )
• Weirong Zhong ( Jinan University )
• Jing Zhou ( China Institute of Atomic Energy )
• Li Zhou ( Institute of High Energy Physics, CAS )
• Nan Zhou ( University of Science & Technology of China, CAS )
• Shun Zhou ( Institute of High Energy Physics, CAS )
• Tong Zhou ( Institute of High Energy Physics, CAS )
• Xiang Zhou ( Wuhan University )
• Jiang Zhu ( Sun Yat Sen University )
• Jingsen Zhu ( East China University of Science & Technology )
• Kangfu Zhu ( Xi'an Jiaotong University )
• Kejun Zhu ( Institute of High Energy Physics, CAS )
• Zhihang Zhu ( Institute of High Energy Physics, CAS )
• Bo Zhuang ( Institute of High Energy Physics, CAS )
• Honglin Zhuang ( Institute of High Energy Physics, CAS )
• Liang Zong ( Tsinghua University )
• Jiaheng Zou ( Institute of High Energy Physics, CAS )

Abstract:

The physics potential of detecting B-8 solar neutrinos will be exploited at the Jiangmen Underground Neutrino Observatory (JUNO), in a model independent manner by using three distinct channels of the charged-current (CC), neutral-current (NC) and elastic scattering (ES) interactions. Due to the largest-ever mass of C-13 nuclei in the liquid-scintillator detectors and the {expected} low background level, B-8 solar neutrinos would be observable in the CC and NC interactions on C-13 for the first time. By virtue of optimized event selections and muon veto strategies, backgrounds from the accidental coincidence, muon-induced isotopes, and external backgrounds can be greatly suppressed. Excellent signal-to-background ratios can be achieved in the CC, NC and ES channels to guarantee the B-8 solar neutrino observation. From the sensitivity studies performed in this work, we show that JUNO, with ten years of data, can reach the {1 sigma} precision levels of 5%, 8% and 20% for the B-8 neutrino flux, sin(2)theta(12), and Delta m(21)(2), respectively. It would be unique and helpful to probe the details of both solar physics and neutrino physics. In addition, when combined with SNO, the world-best precision of 3% is expected for the B-8 neutrino flux measurement.