Results from the Daya Bay Reactor Neutrino Experiment

K V Tsang ,B Viren,Q An,M Qi,C Lu,Z Isvan,E Draeger,S Jetter,V Pec,Q He,Y Li,T Wise,A Luk,T Hu,N Tagg,Z Ning,D Mohapatra,B Roskovec,L Lebanowski,M Bishai,K Whisnant,N Raper,S Hans,H Themann,H Gong,H Liang,S Trentalange,F Li,M He,J Napolitano,W Beriguete,P Hinrichs,Y Williamson,C Chasman,L S Wang ,K Lau ,R Tsang ,A B Balantekin ,W D Li ,Hao Huang ,Vadim Issakov ,Mengyun Guan ,Y K Hor ,X C Ruan ,Z J Zhang ,Z B Li ,X T Huang ,Beibei Shao ,J B Jiao ,D E Jaffe ,Yun Hsuan Chang ,X N Li ,Hiroyuki Tanaka ,H M Steiner ,W Lai ,L E Piilonen ,X B Li ,J Zhao ,J C Liu ,Ben Young ,H S Chen ,Y X Chen ,Jing Xu ,C J Lin ,R Rosero ,Y H Tam ,X Y ,Yadong Wei ,H R Band ,Ruiting Lei ,Richard Brown ,G S Li ,X H Guo ,S Ely ,Y C Zhang ,T Kwok ,K B Luk ,R Carr ,R A Johnson ,M V Diwan ,M C Mcfarlane ,G F Cao ,M Wang ,Hanxiong Huang ,R L Gill ,Xiao Tang ,Hao Jiang ,Y X Zhang ,C E Tull ,M Yeh ,Chaowen Yang ,Z Y Zhang ,R L Hahn ,H L Zhuang ,L Whitehead ,Jian Sun ,C A Lewis ,Fenfang Wu ,J W Zhang ,Kendrick Co Shih ,Z Y Zhou ,W Gu ,Y C Lin ,H Y Chen ,Z Z Xing ,Z Fu ,T Xue ,Zhou Li ,X H Chen ,S J Chen ,Jun Cao ,H Y Ngai ,Y Xu ,C White ,Yasuhiro Nakajima ,J C Peng ,W R Edwards ,C S J Pun ,X L Ji ,K K Kwan ,W K Ngai ,D.m Webber ,Guanghua Gong ,C Y Lai ,J L Liu ,H L H Wong ,A G Olshevski ,N Y Wang ,L Y Wang ,Y Chen ,X F Du ,Guey-Lin Lin ,L Pinsky ,J K C Leung ,Z M Wang ,X Qian ,J M Link ,Liangquan Ge ,L Wen ,Lei Yang ,F H Zhang ,Y Gornushkin ,Y F Wang ,Z Wang ,M Gonchar ,Y Q ,Xi Jin ,E Worcester ,S Lin ,J P Cummings ,Zezhong Yu ,Yao Nie ,X Q Li ,J F Chang ,C H Wang ,Bei-Zhen Hu ,J Fu ,L Littenberg ,L Z Wang ,J J Cherwinka ,Xingzhao Ji ,M Ye ,J Lee ,D W Liu ,Q J Li ,Jiajie Ling ,Y Hsiung ,V Vorobel ,Y K Heng ,F Z Qi ,Y S Yeh ,M Krämer ,W T Chan ,X C Chen ,S Patton ,I Nemchenok ,Y Meng ,J Z Bai ,Yue Zhao ,F An ,S M Chen ,Xu Jinsong ,Weili Zhong ,Q Zhao ,R G Wang ,Y Y Ding ,S H Kettell ,Lei Zheng ,R Hackenburg ,Haoqi Lu ,Jie Ren ,Q Wu ,Y C Tung ,Kirk T Mcdonald ,R Leitner ,Q M ,Wanchang Lai ,X B ,K M Heeger ,Y B Liu ,S H Zhang ,S Blyth ,R D Mckeown ,X S Chen ,Patrick Huber ,O D Tsai ,J P Ochoa-Ricoux ,Y H Zhang ,D Naumov ,H Wei ,X Wang ,S D Fang ,Q M Zhang ,Z P Zhang ,D A Dwyer ,Dongmei Xia ,Zhi Deng ,B R Littlejohn ,M W Kwok ,M C Chu ,Liang Zhan ,C Zhang ,G X Sun ,Kwong-Sak Leung ,Y Torun ,Kang Li ,W Wang ,J H Zou

doi:10.1016/j.nuclphysbps.2013.10.059

Results from the Daya Bay Reactor Neutrino Experiment

K V Tsang , B Viren + Show 226 more

https://doi.org/10.1016/j.nuclphysbps.2013.10.059

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Journal: Nuclear Physics B - Proceedings Supplements	Publication Date: Jan 1, 2014
Citations: 1

#Daya Bay Reactor Neutrino Experiment #Antineutrino Detectors + Show 8 more

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Abstract

The Daya Bay Reactor Neutrino Experiment was designed to achieve a sensitivity on the value of sin22θ13 to better than 0.01 at 90% CL. The experiment consists of eight antineutrino detectors installed underground at different baselines from six nuclear reactors. With data collected with six antineutrino detectors for 55 days, Daya Bay announced the discovery of a non-zero value for sin22θ13 with a significance of 5.2 standard deviations in March 2012. The most recent analysis with 139 days of data acquired in a six-detector configuration yields sin22θ13=0.089±0.010(stat.)±0.005(syst.), which is the most precise measurement of sin22θ13 to date.

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