Search for the weak radiative decay Λc+Σ+γ at BESIII

Author:

Ablikim M.,Achasov M. N.,Adlarson P.,Albrecht M.,Aliberti R.,Amoroso A.,An M. R.,An Q.,Bai X. H.,Bai Y.,Bakina O.,Ferroli R. Baldini,Balossino I.,Ban Y.,Batozskaya V.,Becker D.,Begzsuren K.,Berger N.,Bertani M.,Bettoni D.,Bianchi F.,Bloms J.,Bortone A.,Boyko I.,Briere R. A.,Brueggemann A.,Cai H.,Cai X.,Calcaterra A.,Cao G. F.,Cao N.,Cetin S. A.,Chang J. F.,Chang W. L.,Chelkov G.,Chen C.,Chen Chao,Chen G.,Chen H. S.,Chen M. L.,Chen S. J.,Chen S. M.,Chen T.,Chen X. R.,Chen X. T.,Chen Y. B.,Chen Z. J.,Cheng W. S.,Choi S. K.,Chu X.,Cibinetto G.,Cossio F.,Cui J. J.,Dai H. L.,Dai J. P.,Dbeyssi A.,de Boer R. E.,Dedovich D.,Deng Z. Y.,Denig A.,Denysenko I.,Destefanis M.,De Mori F.,Ding Y.,Dong J.,Dong L. Y.,Dong M. Y.,Dong X.,Du S. X.,Egorov P.,Fan Y. L.,Fang J.,Fang S. S.,Fang W. X.,Fang Y.,Farinelli R.,Fava L.,Feldbauer F.,Felici G.,Feng C. Q.,Feng J. H.,Fischer K.,Fritsch M.,Fritzsch C.,Fu C. D.,Gao H.,Gao Y. N.,Gao Yang,Garbolino S.,Garzia I.,Ge P. T.,Ge Z. W.,Geng C.,Gersabeck E. M.,Gilman A.,Goetzen K.,Gong L.,Gong W. X.,Gradl W.,Greco M.,Gu L. M.,Gu M. H.,Gu Y. T.,Guan C. Y.,Guo A. Q.,Guo L. B.,Guo R. P.,Guo Y. P.,Guskov A.,Han T. T.,Han W. Y.,Hao X. Q.,Harris F. A.,He K. K.,He K. L.,Heinsius F. H.,Heinz C. H.,Heng Y. K.,Herold C.,Hou G. Y.,Hou Y. R.,Hou Z. L.,Hu H. M.,Hu J. F.,Hu T.,Hu Y.,Huang G. S.,Huang K. X.,Huang L. Q.,Huang X. T.,Huang Y. P.,Huang Z.,Hussain T.,Hüsken N.,Imoehl W.,Irshad M.,Jackson J.,Jaeger S.,Janchiv S.,Jang E.,Jeong J. H.,Ji Q.,Ji Q. P.,Ji X. B.,Ji X. L.,Ji Y. Y.,Jia Z. K.,Jiang H. B.,Jiang S. S.,Jiang X. S.,Jiang Y.,Jiao J. B.,Jiao Z.,Jin S.,Jin Y.,Jing M. Q.,Johansson T.,Kalantar-Nayestanaki N.,Kang X. S.,Kappert R.,Kavatsyuk M.,Ke B. C.,Keshk I. K.,Khoukaz A.,Kiuchi R.,Kliemt R.,Koch L.,Kolcu O. B.,Kopf B.,Kuemmel M.,Kuessner M.,Kupsc A.,Kühn W.,Lane J. J.,Lange J. S.,Larin P.,Lavania A.,Lavezzi L.,Lei T. T.,Lei Z. H.,Leithoff H.,Lellmann M.,Lenz T.,Li C.,Li C.,Li C. H.,Li Cheng,Li D. M.,Li F.,Li G.,Li H.,Li H.,Li H. B.,Li H. J.,Li H. N.,Li J. Q.,Li J. S.,Li J. W.,Li Ke,Li L. J.,Li L. K.,Li Lei,Li M. H.,Li P. R.,Li S. X.,Li S. Y.,Li T.,Li W. D.,Li W. G.,Li X. H.,Li X. L.,Li Xiaoyu,Li Y. G.,Li Z. X.,Li Z. Y.,Liang H.,Liang H.,Liang H.,Liang Y. F.,Liang Y. T.,Liao G. R.,Liao L. Z.,Libby J.,Limphirat A.,Lin C. X.,Lin D. X.,Lin T.,Liu B. J.,Liu C. X.,Liu D.,Liu F. H.,Liu Fang,Liu Feng,Liu G. M.,Liu H.,Liu H. B.,Liu H. M.,Liu Huanhuan,Liu Huihui,Liu J. B.,Liu J. L.,Liu J. Y.,Liu K.,Liu K. Y.,Liu Ke,Liu L.,Liu Lu,Liu M. H.,Liu P. L.,Liu Q.,Liu S. B.,Liu T.,Liu W. K.,Liu W. M.,Liu X.,Liu Y.,Liu Y. B.,Liu Z. A.,Liu Z. Q.,Lou X. C.,Lu F. X.,Lu H. J.,Lu J. G.,Lu X. L.,Lu Y.,Lu Y. P.,Lu Z. H.,Luo C. L.,Luo M. X.,Luo T.,Luo X. L.,Lyu X. R.,Lyu Y. F.,Ma F. C.,Ma H. L.,Ma L. L.,Ma M. M.,Ma Q. M.,Ma R. Q.,Ma R. T.,Ma X. Y.,Ma Y.,Maas F. E.,Maggiora M.,Maldaner S.,Malde S.,Malik Q. A.,Mangoni A.,Mao Y. J.,Mao Z. P.,Marcello S.,Meng Z. X.,Messchendorp J. G.,Mezzadri G.,Miao H.,Min T. J.,Mitchell R. E.,Mo X. H.,Muchnoi N. Yu.,Nefedov Y.,Nerling F.,Nikolaev I. B.,Ning Z.,Nisar S.,Niu Y.,Olsen S. L.,Ouyang Q.,Pacetti S.,Pan X.,Pan Y.,Pathak A.,Pei Y. P.,Pelizaeus M.,Peng H. P.,Peters K.,Ping J. L.,Ping R. G.,Plura S.,Pogodin S.,Prasad V.,Qi F. Z.,Qi H.,Qi H. R.,Qi M.,Qi T. Y.,Qian S.,Qian W. B.,Qian Z.,Qiao C. F.,Qin J. J.,Qin L. Q.,Qin X. P.,Qin X. S.,Qin Z. H.,Qiu J. F.,Qu S. Q.,Rashid K. H.,Redmer C. F.,Ren K. J.,Rivetti A.,Rodin V.,Rolo M.,Rong G.,Rosner Ch.,Ruan S. N.,Sarantsev A.,Schelhaas Y.,Schnier C.,Schoenning K.,Scodeggio M.,Shan K. Y.,Shan W.,Shan X. Y.,Shangguan J. F.,Shao L. G.,Shao M.,Shen C. P.,Shen H. F.,Shen X. Y.,Shi B. A.,Shi H. C.,Shi J. Y.,Shi Q. Q.,Shi R. S.,Shi X.,Shi X. D.,Song J. J.,Song W. M.,Song Y. X.,Sosio S.,Spataro S.,Stieler F.,Su K. X.,Su P. P.,Su Y. J.,Sun G. X.,Sun H.,Sun H. K.,Sun J. F.,Sun L.,Sun S. S.,Sun T.,Sun W. Y.,Sun X.,Sun Y. J.,Sun Y. Z.,Sun Z. T.,Tan Y. H.,Tan Y. X.,Tang C. J.,Tang G. Y.,Tang J.,Tao L. Y.,Tao Q. T.,Tat M.,Teng J. X.,Thoren V.,Tian W. H.,Tian Y.,Uman I.,Wang B.,Wang B.,Wang B. L.,Wang C. W.,Wang D. Y.,Wang F.,Wang H. J.,Wang H. P.,Wang K.,Wang L. L.,Wang M.,Wang M. Z.,Wang Meng,Wang S.,Wang S.,Wang T.,Wang T. J.,Wang W.,Wang W. H.,Wang W. P.,Wang X.,Wang X. F.,Wang X. L.,Wang Y.,Wang Y. D.,Wang Y. F.,Wang Y. H.,Wang Y. Q.,Wang Yaqian,Wang Z.,Wang Z. Y.,Wang Ziyi,Wei D. H.,Weidner F.,Wen S. P.,White D. J.,Wiedner U.,Wilkinson G.,Wolke M.,Wollenberg L.,Wu J. F.,Wu L. H.,Wu L. J.,Wu X.,Wu X. H.,Wu Y.,Wu Y. J.,Wu Z.,Xia L.,Xiang T.,Xiao D.,Xiao G. Y.,Xiao H.,Xiao S. Y.,Xiao Y. L.,Xiao Z. J.,Xie C.,Xie X. H.,Xie Y.,Xie Y. G.,Xie Y. H.,Xie Z. P.,Xing T. Y.,Xu C. F.,Xu C. J.,Xu G. F.,Xu H. Y.,Xu Q. J.,Xu X. P.,Xu Y. C.,Xu Z. P.,Yan F.,Yan L.,Yan W. B.,Yan W. C.,Yang H. J.,Yang H. L.,Yang H. X.,Yang L.,Yang S. L.,Yang Tao,Yang Y. F.,Yang Y. X.,Yang Yifan,Ye M.,Ye M. H.,Yin J. H.,You Z. Y.,Yu B. X.,Yu C. X.,Yu G.,Yu T.,Yu X. D.,Yuan C. Z.,Yuan L.,Yuan S. C.,Yuan X. Q.,Yuan Y.,Yuan Z. Y.,Yue C. X.,Zafar A. A.,Zeng F. R.,Zeng X.,Zeng Y.,Zhan Y. H.,Zhang A. Q.,Zhang B. L.,Zhang B. X.,Zhang D. H.,Zhang G. Y.,Zhang H.,Zhang H. H.,Zhang H. H.,Zhang H. Y.,Zhang J. L.,Zhang J. Q.,Zhang J. W.,Zhang J. X.,Zhang J. Y.,Zhang J. Z.,Zhang Jianyu,Zhang Jiawei,Zhang L. M.,Zhang L. Q.,Zhang Lei,Zhang P.,Zhang Q. Y.,Zhang Shuihan,Zhang Shulei,Zhang X. D.,Zhang X. M.,Zhang X. Y.,Zhang X. Y.,Zhang Y.,Zhang Y. T.,Zhang Y. H.,Zhang Yan,Zhang Yao,Zhang Z. H.,Zhang Z. Y.,Zhang Z. Y.,Zhao G.,Zhao J.,Zhao J. Y.,Zhao J. Z.,Zhao Lei,Zhao Ling,Zhao M. G.,Zhao Q.,Zhao S. J.,Zhao Y. B.,Zhao Y. X.,Zhao Z. G.,Zhemchugov A.,Zheng B.,Zheng J. P.,Zheng Y. H.,Zhong B.,Zhong C.,Zhong X.,Zhou H.,Zhou L. P.,Zhou X.,Zhou X. K.,Zhou X. R.,Zhou X. Y.,Zhou Y. Z.,Zhu J.,Zhu K.,Zhu K. J.,Zhu L. X.,Zhu S. H.,Zhu S. Q.,Zhu T. J.,Zhu W. J.,Zhu Y. C.,Zhu Z. A.,Zou B. S.,Zou J. H.,Zu J.,

Funder

National Key Research and Development Program of China

National Natural Science Foundation of China

Basic and Applied Basic Research Foundation of Guangdong Province

Fundamental Research Funds for the Central Universities

Sun Yat-sen University

University of Science and Technology of China

Chinese Academy of Sciences

CAS Center for Excellence in Particle Physics

Shanghai Key Laboratory for Particle Physics and Cosmology

H2020 European Research Council

Horizon 2020 Framework Programme

H2020 Marie Skłodowska-Curie Actions

Deutsche Forschungsgemeinschaft

Istituto Nazionale di Fisica Nucleare Sezione di Padova

Kalkinma Bakanli?i

Stiftelsen Olle Engkvist Byggmästare

Science and Technology Facilities Council

Suranaree University of Technology

Thailand Science Research and Innovation

Royal Society

Vetenskapsrådet

U.S. Department of Energy

100 Talents Program of Sun Yat-sen University

100 Talents Program of CAS

The Institute of Nuclear and Particle Physics

Collaborative Research Center

National Science and Technology fund

National Science Research and Innovation Fund

Human Resources and Institutional Development, Research and Innovation

Publisher

American Physical Society (APS)

Cited by 1 articles. 订阅此论文施引文献 订阅此论文施引文献,注册后可以免费订阅5篇论文的施引文献,订阅后可以查看论文全部施引文献

1. A mini review of baryon study at BESIII;International Journal of Modern Physics A;2024-01-10

同舟云学术

1.学者识别学者识别

2.学术分析学术分析

3.人才评估人才评估

"同舟云学术"是以全球学者为主线,采集、加工和组织学术论文而形成的新型学术文献查询和分析系统,可以对全球学者进行文献检索和人才价值评估。用户可以通过关注某些学科领域的顶尖人物而持续追踪该领域的学科进展和研究前沿。经过近期的数据扩容,当前同舟云学术共收录了国内外主流学术期刊6万余种,收集的期刊论文及会议论文总量共计约1.5亿篇,并以每天添加12000余篇中外论文的速度递增。我们也可以为用户提供个性化、定制化的学者数据。欢迎来电咨询!咨询电话:010-8811{复制后删除}0370

www.globalauthorid.com

TOP

Copyright © 2019-2024 北京同舟云网络信息技术有限公司
京公网安备11010802033243号  京ICP备18003416号-3