STCF conceptual design report (Volume 1): Physics & detector
STCF conceptual design report (Volume 1): Physics & detector
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DOI：
10.1007/s11467-023-1333-z
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发表时间：
2023-03
影响因子：
7.5
通讯作者：
M. Achasov;X. Ai;R. Aliberti;Q. An;X. Bai;Y. Bai;O. Bakina;A. Barnyakov;V. Blinov;V. Bobrovnikov;D. Bodrov;A. Bogomyagkov;A. Bondar;I. Boyko;Z. Bu;F. Cai;H. Cai;J. J. Cao-J.;Q. Cao;Z. Cao;Q. Chang;K. Chao;D. Y. Chen;Huifen. Chen;H. Chen;J. F. Chen;K. Chen;L. Chen;P. Chen;S. L. Chen;S. Chen;S. Chen;S. Chen;W. Chen;X. Chen;X. Chen;Y. Chen;Y. Q. Chen;H. Cheng;J. Cheng;S. Cheng;J. Dai;L. Dai;X. Dai;D. Dedovich;A. Denig;I. Denisenko;D. Ding;L. Dong;Wen Dong;V. Druzhinin;D. Du;Y. J. Du-;Z. Du;L. Duan;D. Epifanov;Y. Fan;S. Fang;Z. Fang;G. Fedotovich;C. Feng;X. Feng;Y. Feng;J. Fu;J. Gao;P. Ge;C. Geng;L. Geng;A. Gilman;L. Gong;T. Gong;W. Gradl;Jie Gu;Á. Escalante;L. Gui;F. Guo;J. C. Guo;J. Guo;Y. Guo;Z. H. Guo;A. Guskov;K. Han;L. Han;M. Han;X. Hao;J. He;S. He;X. He;Y. He;Z. He;Z. Heng;B. Hou;T. Hou;Y. Hou;C. Y. Hu;H. Hu;K. Hu;R. Hu;X. H. Hu;Y. C. Hu;J. Hua;G. Huang;J. Huang;M. Huang;Q. Huang;W. Q. Huang;X. Huang;X. J. Huang;Y. B. Huang;Y. Huang;N. Husken;V. Ivanov;Q. Ji;J. J. Jia-J.;S. Jia;Z. Jia;H. Jiang;J. Jiang;S. Jiang;J. Jiao;Z. Jiao;H. Jing;X. Kang;X. Kang;B. Ke;M. Kenzie;A. Khoukaz;I. Koop;E. Kravchenko;A. Kuzmin;Y. Lei;E. Levichev;C. Li;C. Li;D. Y. Li;F. Li;G. Li;H. Li;H. Li;H. Li;H. Li;H. L. Li;J. Li;J. Li;L. Li;L. Y. Li;N. Li;P. Li;R. Li;S. Li;T. Li;W. J. Li;X. Li;X. Li;Yang Li;Yang Li;Zhongwei Li;H. Liang;J. Liang;G. Liao;L. Liao;Y. Liao;C. Lin;X. Lin;B. Liu;C. W. Liu;D. Liu;F. Liu;G. Liu;H. Liu;Jun Liu;J. Liu;J. Liu;Li-Yu Daisy Liu;Li-Yu Daisy Liu;Li-Yu Daisy Liu;Q. Liu;S. Liu;T. Liu;X. Liu;Y. W. Liu;Y. Liu;Y. Liu;Z. Liu;Z. Y. Liu;Z. W. Liu;I. Logashenko;Y. Long;C. Lu;N. Lu;Q. Lu;Y. Lu;Z. Lv;P. Lukin;F. Luo;T. Luo;X. F. Luo;H. Lyu;X. Lyu;J. Ma;P. Ma;Y. Ma;F. Maas;S. Malde;D. Matvienko;Z. Meng;R. Mitchell;J. Dias;A. Nefediev;Y. Nefedov;S. L. Olsen;Q. Ouyang;P. Pakhlov;G. Pakhlova;X. Pan;Y. Pan;E. Passemar;Y. Pei;H. Peng;L. Peng;X. Peng;X. Peng;K. Peters;S. Pivovarov;E. Pyata;B. Qi;Y. Qi;W. B. Qian-;Y. Qian;C. Qiao;J. Qin;L. Qin;X. Qin;T. Qiu;J. Rademacker;C. Redmer;H. Sang;M. Saur;W. Shan;X. Shan;L. Shang;M. Shao;L. Shekhtman;C. Shen;J. Shen;Z. Shen;H. Shi;X. Shi;B. Shwartz;A. Sokolov;J. Song;W. Song;Yiping Song;Y. Song;A. Sukharev;J. Sun;L. Sun;X. Sun;Y. Sun;Z. Sun;J. Tang;S. Tang;Z. Tang;C. Tian;J. Tian;Y. Tikhonov;K. Todyshev;T. Uglov;V. Vorobyev;B. Wan;B. Wang;B. Wang;D. Y. Wang;G. Y. Wang;G. L. Wang;Hong Wang;J. Wang;J. H. Wang;J. C. Wang;M. Wang;R. Wang;S. Wang;W. Wang;W. P. Wang;X. C. Wang;X. D. Wang;X. L. Wang;X. P. Wang;X. Wang;Y. Wang;Y. P. Wang;Y. Wang;Y. L. Wang;Y. G. Wang;Z. Wang;Z. L. Wang;Z. Wang;D. Wei;X. Wei;X. Wei;Q. Wen;X. Wen;G. Wilkinson;B. Wu;J. -. Wu;L. Wu;P. Wu;T. Wu;Y. S. Wu;L. Xia;T. Xiang;Chuan Xiao;D. Xiao;M. Xiao;Y. Xie;Y. Xing;Z. Xing;X. Xiong;F. Xu;J. Xu;L. Xu;Q. N. Xu;X. Xu;X. Xu;Y. Xu;Y. Xu;Y. Xu;Z. Z. Xu-Z.;D. Xuan;F. Xue;L. Yan;M. Yan;W. Yan;W. Yan;X. Yan;B. Yang;C. Yang;H. Yang;H. R. Yang;H. T. Yang;J. F. Yang;S. Yang;Y. Yang;Y. Yang;Y. Yang;Y. L. Yang;Z. Yang;D. Yao;H. Yin;X. Yin;N. Yokozaki;S. You;Z. You;C. Yu;F. S. Yu;G. Yu;H. Yu;J. Yu;J. Q. Yu;Lijuan Yuan;X. Yuan;Y. Yue;M. Zeng;S. Zeng;A. Zhang;B. Zhang;G. Zhang;G. Zhang;H. J. Zhang;H. Zhang;J. Zhang;J. Zhang;J. Zhang;L. Zhang;L. Zhang;R. Zhang;S. L. Zhang;T. Zhang;X. Zhang;Y. Zhang;Y. X. Zhang;Y. Zhang;Y. Zhang;Y. C. Zhang;Y. Zhang;Y. L. Zhang;Z. Zhang;Z. Zhang;H. Y. Zhao;J. Zhao;L. Zhao;M. Zhao;Q. Zhao;R. Zhao;R. Zhao;Z. Zhao;Z. Zhao;A. Zhemchugov;B. Zheng;L. Zheng;Q. Zheng;R. Zheng;Y. Zheng;X. Zhong;H. Zhou;H. Q. Zhou;H. Zhou;S. H. Zhou;X. Zhou;X. Zhou;X. Zhou;Y. L. Zhou;Y. Zhou;Y. Zhou;Zhong Zhou;J. Zhu;K. Zhu;R. Zhu;R. Zhu;S. Zhu;Y. C. Zhu;Z. Zhu;V. Zhukova;V. Zhulanov;B. Zou;Y. Zuo
中科院分区：
文献类型：
--
作者：
M. Achasov;X. Ai;R. Aliberti;Q. An;X. Bai;Y. Bai;O. Bakina;A. Barnyakov;V. Blinov;V. Bobrovnikov;D. Bodrov;A. Bogomyagkov;A. Bondar;I. Boyko;Z. Bu;F. Cai;H. Cai;J. J. Cao-J.;Q. Cao;Z. Cao;Q. Chang;K. Chao;D. Y. Chen;Huifen. Chen;H. Chen;J. F. Chen;K. Chen;L. Chen;P. Chen;S. L. Chen;S. Chen;S. Chen;S. Chen;W. Chen;X. Chen;X. Chen;Y. Chen;Y. Q. Chen;H. Cheng;J. Cheng;S. Cheng;J. Dai;L. Dai;X. Dai;D. Dedovich;A. Denig;I. Denisenko;D. Ding;L. Dong;Wen Dong;V. Druzhinin;D. Du;Y. J. Du-;Z. Du;L. Duan;D. Epifanov;Y. Fan;S. Fang;Z. Fang;G. Fedotovich;C. Feng;X. Feng;Y. Feng;J. Fu;J. Gao;P. Ge;C. Geng;L. Geng;A. Gilman;L. Gong;T. Gong;W. Gradl;Jie Gu;Á. Escalante;L. Gui;F. Guo;J. C. Guo;J. Guo;Y. Guo;Z. H. Guo;A. Guskov;K. Han;L. Han;M. Han;X. Hao;J. He;S. He;X. He;Y. He;Z. He;Z. Heng;B. Hou;T. Hou;Y. Hou;C. Y. Hu;H. Hu;K. Hu;R. Hu;X. H. Hu;Y. C. Hu;J. Hua;G. Huang;J. Huang;M. Huang;Q. Huang;W. Q. Huang;X. Huang;X. J. Huang;Y. B. Huang;Y. Huang;N. Husken;V. Ivanov;Q. Ji;J. J. Jia-J.;S. Jia;Z. Jia;H. Jiang;J. Jiang;S. Jiang;J. Jiao;Z. Jiao;H. Jing;X. Kang;X. Kang;B. Ke;M. Kenzie;A. Khoukaz;I. Koop;E. Kravchenko;A. Kuzmin;Y. Lei;E. Levichev;C. Li;C. Li;D. Y. Li;F. Li;G. Li;H. Li;H. Li;H. Li;H. Li;H. L. Li;J. Li;J. Li;L. Li;L. Y. Li;N. Li;P. Li;R. Li;S. Li;T. Li;W. J. Li;X. Li;X. Li;Yang Li;Yang Li;Zhongwei Li;H. Liang;J. Liang;G. Liao;L. Liao;Y. Liao;C. Lin;X. Lin;B. Liu;C. W. Liu;D. Liu;F. Liu;G. Liu;H. Liu;Jun Liu;J. Liu;J. Liu;Li-Yu Daisy Liu;Li-Yu Daisy Liu;Li-Yu Daisy Liu;Q. Liu;S. Liu;T. Liu;X. Liu;Y. W. Liu;Y. Liu;Y. Liu;Z. Liu;Z. Y. Liu;Z. W. Liu;I. Logashenko;Y. Long;C. Lu;N. Lu;Q. Lu;Y. Lu;Z. Lv;P. Lukin;F. Luo;T. Luo;X. F. Luo;H. Lyu;X. Lyu;J. Ma;P. Ma;Y. Ma;F. Maas;S. Malde;D. Matvienko;Z. Meng;R. Mitchell;J. Dias;A. Nefediev;Y. Nefedov;S. L. Olsen;Q. Ouyang;P. Pakhlov;G. Pakhlova;X. Pan;Y. Pan;E. Passemar;Y. Pei;H. Peng;L. Peng;X. Peng;X. Peng;K. Peters;S. Pivovarov;E. Pyata;B. Qi;Y. Qi;W. B. Qian-;Y. Qian;C. Qiao;J. Qin;L. Qin;X. Qin;T. Qiu;J. Rademacker;C. Redmer;H. Sang;M. Saur;W. Shan;X. Shan;L. Shang;M. Shao;L. Shekhtman;C. Shen;J. Shen;Z. Shen;H. Shi;X. Shi;B. Shwartz;A. Sokolov;J. Song;W. Song;Yiping Song;Y. Song;A. Sukharev;J. Sun;L. Sun;X. Sun;Y. Sun;Z. Sun;J. Tang;S. Tang;Z. Tang;C. Tian;J. Tian;Y. Tikhonov;K. Todyshev;T. Uglov;V. Vorobyev;B. Wan;B. Wang;B. Wang;D. Y. Wang;G. Y. Wang;G. L. Wang;Hong Wang;J. Wang;J. H. Wang;J. C. Wang;M. Wang;R. Wang;S. Wang;W. Wang;W. P. Wang;X. C. Wang;X. D. Wang;X. L. Wang;X. P. Wang;X. Wang;Y. Wang;Y. P. Wang;Y. Wang;Y. L. Wang;Y. G. Wang;Z. Wang;Z. L. Wang;Z. Wang;D. Wei;X. Wei;X. Wei;Q. Wen;X. Wen;G. Wilkinson;B. Wu;J. -. Wu;L. Wu;P. Wu;T. Wu;Y. S. Wu;L. Xia;T. Xiang;Chuan Xiao;D. Xiao;M. Xiao;Y. Xie;Y. Xing;Z. Xing;X. Xiong;F. Xu;J. Xu;L. Xu;Q. N. Xu;X. Xu;X. Xu;Y. Xu;Y. Xu;Y. Xu;Z. Z. Xu-Z.;D. Xuan;F. Xue;L. Yan;M. Yan;W. Yan;W. Yan;X. Yan;B. Yang;C. Yang;H. Yang;H. R. Yang;H. T. Yang;J. F. Yang;S. Yang;Y. Yang;Y. Yang;Y. Yang;Y. L. Yang;Z. Yang;D. Yao;H. Yin;X. Yin;N. Yokozaki;S. You;Z. You;C. Yu;F. S. Yu;G. Yu;H. Yu;J. Yu;J. Q. Yu;Lijuan Yuan;X. Yuan;Y. Yue;M. Zeng;S. Zeng;A. Zhang;B. Zhang;G. Zhang;G. Zhang;H. J. Zhang;H. Zhang;J. Zhang;J. Zhang;J. Zhang;L. Zhang;L. Zhang;R. Zhang;S. L. Zhang;T. Zhang;X. Zhang;Y. Zhang;Y. X. Zhang;Y. Zhang;Y. Zhang;Y. C. Zhang;Y. Zhang;Y. L. Zhang;Z. Zhang;Z. Zhang;H. Y. Zhao;J. Zhao;L. Zhao;M. Zhao;Q. Zhao;R. Zhao;R. Zhao;Z. Zhao;Z. Zhao;A. Zhemchugov;B. Zheng;L. Zheng;Q. Zheng;R. Zheng;Y. Zheng;X. Zhong;H. Zhou;H. Q. Zhou;H. Zhou;S. H. Zhou;X. Zhou;X. Zhou;X. Zhou;Y. L. Zhou;Y. Zhou;Y. Zhou;Zhong Zhou;J. Zhu;K. Zhu;R. Zhu;R. Zhu;S. Zhu;Y. C. Zhu;Z. Zhu;V. Zhukova;V. Zhulanov;B. Zou;Y. Zuo
超级τ粲装置（英语：Superτ-charm facility，简称STCF）是中国粒子物理学界提出的一个正负电子对撞机。它的质心能量范围为2至7 GeV，峰值亮度为0.5 × 1035 cm −2·s− 1或更高。STCF将产生比目前的τ-粲工厂-BEPCII大100倍的数据样本，为探索物质-反物质的不对称性（电荷-宇称破坏），深入研究强子的内部结构和非微扰强相互作用的性质，以及寻找奇异强子和标准模型之外的物理提供一个独特的平台。中国的STCF项目正在开发中，并进行了广泛的研发计划。本文件介绍了在STCF的物理机会，描述了STCF探测器系统的概念设计，并讨论了未来的计划，探测器的研发和物理案例研究。
The superτ-charm facility (STCF) is an electron–positron collider proposed by the Chinese particle physics community. It is designed to operate in a center-of-mass energy range from 2 to 7 GeV with a peak luminosity of 0.5 × 1035cm−2·s−1or higher. The STCF will produce a data sample about a factor of 100 larger than that of the presentτ-charm factory — the BEPCII, providing a unique platform for exploring the asymmetry of matter-antimatter (charge-parity violation), in-depth studies of the internal structure of hadrons and the nature of non-perturbative strong interactions, as well as searching for exotic hadrons and physics beyond the Standard Model. The STCF project in China is under development with an extensive R&D program. This document presents the physics opportunities at the STCF, describes conceptual designs of the STCF detector system, and discusses future plans for detector R&D and physics case studies.