2025年超级陶粲装置研讨会
超级陶粲装置(Super Tau-Charm Facility, STCF)是我国正在筹划的新一代的正负电子对撞机,其设计质心能量为2~7 GeV,峰值亮度大于0.5*1035 cm-2s-1。STCF将运行在量子色动力学的微扰与非微扰的过渡区域,具有一系列独特的性能和丰富的物理课题,是研究宇宙中正反物质不对称(CP破坏)、探索强子内部结构、寻找奇特态物质和新物理等前沿物理课题的独特平台,进而促进对标准模型中强相互作用理论的理解和电弱对称性破缺机制的精确检验,在国际粒子物理的研究领域中发挥不可替代的作用。超级陶粲装置研究团队由国内多所高校和研究单位组成,已经凝聚了本领域一大批各个方向的优秀科学家,完成了大量先期研究工作包括概念性设计报告,目前正在开展关键技术攻关。
超级陶粲装置研讨会旨在召集本领域内专家学者共同研讨超级陶粲装置相关的物理潜力和关键技术,讨论项目预研进展,推动国内从事相关研究专家的交流与合作,并发展新的研究方向。本次会议由中国科学技术大学,中国科学院大学联合主办,由湖南科技大学承办。欢迎各位专家与会指导。
The workshop on Super Tau Charm Facility will be held at the Hunan University of Science and Technology, in Xiangtan, Hunan, China, on July 2 - July 6. The workshop aims to gather the experts in the field of particle physics, to discuss the physics potential in the tau-charm energy region and key technologies in the detector and accelerator design, to discuss the progress of the R&D of STCF project, to promote the cooperation in relavant research, and to inspire new ideas.
有关会议事项如下:
1.会议微信群
2.会议时间:2025年7月2日至7月6日(2日报到)
3. 会议地点:湖南科技大学
4. 会议注册费:教师、博士后:1600元/人,学生:1400元/人
5. 食宿统一安排,费用自理
6. 住宿地点:湘潭盘龙山庄大酒店
7. 会议组委会:
詹 杰(湖南科技大学)jzhan@hnust.edu.cn
李慧霖(湖南科技大学)lihuilin@hnust.edu.cn
杨同斌(湖南科技大学)1080093@hnust.edu.cn
张琼兵(湖南科技大学)1050123@hnust.edu.cn
彭 亮(湖南科技大学)pengliang@hnust.edu.cn
汪小庆(中国科学技术大学)xqwang9@ustc.edu.cn
吕晓睿(中国科学院大学)xiaorui@ucas.ac.cn
-
-
Plenary Session: 1
-
10:30
Break
-
Plenary Session: 2
-
Accelerator: 1
-
Detector: 1
-
1
STCF ITKM 研究进展Speaker: Xinyu Bin (University of Science and Technology of China)
-
2
STCF ITKW 研究进展Speaker: jiaming li (University of Science and Technology of China)
-
3
EicC探测器设计与预研Speaker: 昕 李 (中国科学院近代物理研究所)
-
4
STCF MDC 研究进展Speakers: Peng Ma (IMPCAS), 喆 曹 (中国科学技术大学)
-
5
STCF PIDB 研究进展Speaker: Dr 文谦 黄 (中国科学院大学)
-
1
-
Physics&Simulation: 1
-
6
Study of baryon CPV and EDMSpeaker: 佳韦 刘
-
7
Theoretical study of τ EDMSpeaker: Yongcheng Wu (Nanjing Normal University)
-
8
Theoretical overview of charm mixing and CPVSpeaker: Hiroyuki Umeeda
-
9
Theoretical prospects of Axion-Like ParticlesSpeaker: Zeren Simon (泽人) Wang (王) (Hefei University of Technology (合肥工业大学))
-
10
Theoretical study of J/ψ->e+e- π0/ηSpeaker: 雄辉 曹
-
6
-
Software: 1
-
15:30
Break
-
Accelerator: 2
-
Physics&Simulation: 2
-
11
Precision test of QED and measurement of luminosity at STCFSpeaker: Shuyun Hou
-
12
Search for CPV and EDM with J/ψ->ΛΛbarSpeaker: Mingyu Yu
-
13
Search for CPV in Ξ+(0) decays in J/psi→ Ξ anti-Ξ decaysSpeaker: Yue Xu (Fudan University)
-
14
Search for CPV in Λc+->ΛK+, ΣK+ and Σ+Ks decaysSpeaker: Hongjian Wang
-
15
Study of charm mixing and indirect CPVSpeaker: Yinghao Wang
-
16
Search for τ EDM and study of quantum entanglement in e+e-->τ+τ-Speaker: 晨涛 鲍 (浙江大学)
-
17
Search for the CLFV decay τ->3μSpeaker: Ruixiang Li
-
18
Study of the decay τ->γMν at STCFSpeaker: haolin Li (郑州大学)
-
11
-
Software: 2
-
Detector: 2
-
19
PIDB可见光气体RICH研究Speaker: Kunyu Liang (中国科学技术大学近代物理系)
-
20
粒子物理实验用闪烁晶体的现状与展望Speaker: 俊峰 陈 (硅酸盐所)
-
21
STCF EMC 研究进展Speaker: Dr Yunlong Zhang (University of Science and Technology of China)
-
22
STCF DTOF样机束流测试Speaker: 雪森 林 (USTC)
-
23
长寿命MCP-PMT研究进展Speaker: 鑫楠 赵 (中国科学院西安光学精密机械研究所)
-
19
-
-
-
Accelerator: 3
-
Detector: 3
-
24
CEPC LumiCal探测器设计和进展Speaker: Lei (雷) Zhang (张) (Nanjing University)
-
25
STCF亮度监测研究进展Speaker: 丽清 秦 (广西师范大学)
-
26
BESIII MuonSpeaker: 宇广 谢 (IHEP)
-
27
STCF MUON 进展报告Speaker: Feng Li (USTC)
-
24
-
Physics&Simulation: 3
-
28
Theoretical study of single and double charmonia production at the STCFSpeaker: Xiangpeng Wang
-
29
Theoretical study of P-wave molecular statesSpeaker: Junzhang Wang
-
30
Prospective of vector charmonium-like states at STCF in coupled-channel analysisSpeaker: Satoshi Nakamura
-
31
Some estimates of exotic production at STCFSpeaker: Yilin Song
-
32
Study of doubly charmed states at STCFSpeaker: Zhuojuan Dong (Sun Yat-sen University)
-
28
-
Software: 3
-
10:30
Break
-
Accelerator: 4
-
Detector: 4
-
33
STCF束流本底模拟和MDI设计Speaker: Mingyi Liu (USTC)
-
34
STCF探测器超导磁铁设计进展Speaker: Mr 小涛 张 (西门子(深圳)磁共振有限公司)
-
35
STCF谱仪机械设计及关键技术研究Speaker: 萍 刘 (安徽理工大学)
-
36
STCF DAQ系统研究进展Speaker: Junfeng Yang (USTC)
-
33
-
Physics&Simulation: 4
-
37
Theoretical study of doubly charmed pentaquark statesSpeaker: Wei Chen (Sun Yat-Sen University)
-
38
Study of XYZ particles at STCFSpeaker: 杭 周 (中国科学技术大学)
-
39
Theoretical overview of radiative and semileptonic decays of hyperonsSpeaker: Ruixiang Shi (Guangxi Normal University)
-
40
Measurement of the decay Σ+->pγ at STCFSpeaker: Yong Song (University of Science and Technology of China)
-
37
-
Software: 4
-
Accelerator: 5
-
Detector: 5
-
41
LHCb触发与数据获取系统Speaker: Guoming Liu (South China Normal University)
-
42
BELLE II 触发Speaker: 俊昊 殷 (南开)
-
43
STCF触发系统研究进展Speakers: Zhujun Fang (USTC), 常青 封 (中国科学技术大学)
-
44
基于异构框架的STCF MDC HLT算法研究Speaker: 亮 彭 (湖南科技大学)
-
41
-
Physics&Simulation: 5
-
45
The energy-energy correlator of hadronsSpeaker: Xiaohui Liu
-
46
Measurement of the decay Λ->peν at STCFSpeaker: Junxian Zhou
-
47
Measurement of the decay Ξ-->Λeν at STCFSpeaker: 许 韩 (USTC)
-
48
Form factors in D semileptonic decays by Lattice QCDSpeaker: Zhaofeng Liu
-
49
Measurement of the decay D->πμν at STCFSpeaker: 清源 黄 (UCAS)
-
45
-
Software: 5
-
15:30
Break
-
Physics&Simulation: 6
-
50
Theoretical study of fragmentation functionSpeaker: Hongxi Xing (South China Normal University)
-
51
Study of fragmentation functions at STCFSpeaker: Yuncong Zhai (Shandong University)
-
52
Two-photon physics (photon TMD)Speaker: jian zhou (Shandong University)
-
53
Theoretical study of near-production of e+e- -> nnbarSpeaker: Zhaosai Jia
-
54
Theoretical study of light vector mesons around 2.0 GeVSpeaker: Qinsong Zhou
-
55
Isospin breaking in HVP calculation (remote)Speaker: Long Bai
-
56
Determination of the QCD coupling α_s at STCFSpeaker: Jianming Shen
-
50
-
Accelerator: 6
-
Detector: 6
-
57
高能物理数据处理可计算存储系统设计与实现Speaker: 耀东 程 (IHEP)
-
58
复杂分布式电子学系统的调试诊断及慢控制接口的探索与实践Speaker: 涛 薛 (清华大学)
-
59
STCF时钟系统与数据传输ASIC研究进展Speaker: Jinhong Wang (University of Science and Technology of China)
-
60
CEE实验控制系统的研制Speaker: 敏 李 (中国科学院近代物理研究所)
-
61
STCF慢控进展报告Speaker: 东栋 胡 (USTC)
-
57
-
Software: 6
-
-
-
Plenary Session: 3
-
10:30
Break
-
Plenary Session: 4
-
Plenary Session: 5
-
15:30
Break
-
Plenary Session: 6
-