Workshop on Multi-front Exotic phenomena in Particle and Astrophysics (MEPA 2023)

Asia/Shanghai
合肥融创美居酒店

合肥融创美居酒店

安徽省合肥市包河区万年埠路356号
Lailin Xu (USTC), Qing Lin (University of Science and Technology of China)
Description

Workshop on Multi-front Exotic phenomena in Particle and Astrophysics (MEPA 2023)


      本研讨会将聚焦于轴子、暗光子、分数电荷粒子与磁单极子等新物理前沿理论与实验研究方向的最新理论成果综述与专题讨论、前沿实验进展综述与实验技术研讨,推动粒子天体物理宇宙学等相关交叉方向、暗物质候选粒子等超越标准模型新物理课题的研究与学术交流。
      研讨会采用线下会议形式,会场将在合肥巢湖边合肥融创美居酒店内举办,风景秀丽。本次研讨会主要为邀请报告模式 (invited talks),也欢迎向组委会提交报告申请。请通过indico会议网页注册并选择线下参会和填写酒店需求信息,注册截止以及摘要提交截止日期为10月10日中午12点

注册费:每人1500元(在线邀请报告人免注册费)

 

注意:

1)注册会议首先需要注册indico账号,请在提交indico账号注册申请时说明是来参加MEPA2023会议,待管理员审核后即可正常注册会议。

2) 如果您需要申请VISA,欢迎联系我们,附件里是邀请信样板。

 

This workshop will focus on the latest theoretical achievements and specialized discussions in the fields of axions, dark photons, fractionally charged particles, magnetic monopoles, and other exotic particles, which are at the forefront of new physics. It will also encompass comprehensive overviews of cutting-edge experimental progress and technical discussions. The aim is to promote research and academic exchanges in interdisciplinary areas such as particle astrophysics, cosmology, and the study of dark matter candidates beyond the standard model.

The workshop will be conducted offline, hosted at a scenic lakeside hotel in Chaohu, Hefei. The main format of the seminar will consist of invited talks, and we also welcomes submission of presentation proposals. Please register and provide hotel accommodation information through the indico conference webpage. The registration and abstract submission deadline is October 10th at 12:00 PM.

Registration fee: 1500 CNY per person (free for online invited speaker)

Note:

  1. To register for the conference, you need to first create an indico account and specify that you are attending the MEPA2023 conference. After the administrator approves your account, you can proceed with the conference registration.
  2. If you need to apply for a VISA, please contact us. Attached is a template of an invitation letter.

 

 

 

----------------------------------------------------------------------------------------------------------------------------------------------

Sponsors:

University of Science and Technology of China

Organizers:

Haipeng An (Tsinghua)
Shao-Feng Ge (TDLI & SPA, SJTU)
Xiao-Gang He (TDLI & SPA, SJTU)
Guangshun Huang (USTC)
Kim Siang Khaw (TDLI & SPA, SJTU)
Shu Li (TDLI & SPA, SJTU & CHEP, PKU)
Jia Liu(PKU)

YingYing Li (USTC)
Kun Liu (TDLI & SPA, SJTU)
Qing Lin (Co-Chair, USTC)
Zuowei Liu (NJU) 
Jing Shu (PKU)
Yusheng Wu (USTC)
Lailin Xu (Co-Chair, USTC)
Haijun Yang (SPA & TDLI, SJTU)
Yong Yang (SPA, SJTU)
Zhengguo Zhao(USTC)

Local Organization Committee:

YingYing Li (USTC)
Guangshun Huang (USTC)
Yusheng Wu (USTC)
Lailin Xu (Co-Chair, USTC)
Qing Lin (Co-Chair, USTC)

Workshop Secretary:

Gongxiu Dong(董功秀)
E-mail: donggongxiu@ustc.edu.cn

Hong Li (李虹)
E-mail: hongli26@ustc.edu.cn

----------------------------------------------------------------------------------------------------------------------------------------------
Previous workshops:
2022 online
2021 at SJTU 
2019 at SJTU

 

Registration
MEPA2023 registration
Participants
  • Achim Denig
  • Bertrand Echenard
  • Chengcheng Han
  • Christopher Verhaaren
  • Cong Zhao
  • DONGSHUO DU
  • Fei Gao
  • Guangshun Huang
  • Huaike Guo
  • Hualin Mei
  • Hugues Beauchesne
  • Jinmian Li
  • Mustafa Amin
  • Nan Lu
  • Qing Lin
  • Qun Wang
  • Ran Ding
  • Shao-Feng (韶锋) Ge (葛)
  • Shixiang Su
  • Shu Li
  • Shuailiang Ge
  • Tao Liu
  • Wei Chao
  • Wei Fan
  • Xiaoping Wang
  • Xilin Zhang
  • XING RONG
  • Xinning Zeng
  • Yifan Chen
  • Yingying Li
  • Yongchao Zhang
  • Yusheng Wu
  • Zhong-Zhi Xianyu
  • Zuowei Liu
  • 勇 杨
  • +34
    • Registration
    • 1
      Opening
    • Axion: Axion Session1
      Conveners: Prof. Haipeng An (Tsinghua University), Prof. Jing Shu (Peking University), Yingying Li (USTC)
    • Break: Coffee break
    • Dark Photon and Milicharged particles: Dark Photon and Milicharged particle session1
      Conveners: Jia Liu (Peking University), Shu Li (TDLI, SJTU), Zuowei Liu (Nanjing University)
      • 5
        Status of DarkQuest (Remote, GMT-5) (20'+5')
        Speaker: Dr Yongbin Feng (Fermilab (US))
      • 6
        Status of LDMX (Remote, GMT-7) (20'+5')
        Speaker: Prof. Bertrand Echenard (Caltech (US))
      • 7
        Observability of the Higgs boson decay to a photon and a dark photon (remote)

        Many collider searches have attempted to detect the Higgs boson decaying to a photon and an invisible massless dark photon. For the branching ratio to this channel to be realistically observable at the LHC, there must exist new mediators that interact with both the standard model and the dark photon. In this talk, we present experimental and theoretical constraints on an extensive set of mediator models. We show that these constraints limit the Higgs branching ratio to a photon and a dark photon to be far smaller than the current sensitivity of collider searches.

        Speaker: Hugues Beauchesne (NCTS)
      • 8
        Ultralight dark photon & dark matter
        Speaker: Shuailiang Ge (Peking University)
    • Break: Lunch
    • Monopole & Solitons: Session 1
      Conveners: Guangshun Huang (University of Science and Technology of China), Qing Lin (University of Science and Technology of China), Yusheng Wu (University of Science and Technology of China)
      • 9
        FCP in LHC
        Speaker: Yifan Yang (University of Science and Technology of China)
      • 10
        Topological Solitons
        Speaker: Huaike Guo (University of Chinese Academy of Sciences)
      • 11
        SCEP: Monopole Search Experiment
        Speaker: Qing Lin (University of Science and Technology of China)
    • Break: Coffee break
    • Dark Photon and Milicharged particles: session1
      Conveners: Jia Liu (Peking University), Shu Li (TDLI, SJTU), Zuowei Liu (Nanjing University)
      • 12
        Status of DarkMESA (Remote, GMT+2) (20'+5')
        Speaker: Prof. Achim Denig (JGU Mainz (DE))
      • 13
        Status of NA64 (Remote, GMT+2) (20'+5')
        Speaker: Dr Benjamin Banto Oberhauser (Institute for Particle Physics and Astrophysics (IPA), ETHZ (CH))
      • 14
        Status of DarkSHINE (20'+5')
        Speaker: Jing Chen (SJTU/TDLI)
      • 15
        Dark photon in astrophysical laboratories
        Speaker: Ningqiang Song (Institute of Theoretical Physics, Chinese Academy of Sciences)
      • 16
        Probing the dark photon in collinear dark matter splitting

        The dark shower is a common phenomenon for particles in the dark sector which take part in strong interactions and are boosted. We first discuss the detection prospect of accelerated DM through cosmic ray upscattering at the XENON1T and Super-K experiments. We emphasize that the radiated dark photon from the boosted DM can possibly be probed at the DUNE and JUNO experiments. In the second part, we discuss the indirect detection of two-component secluded DM models. Considering the dark shower effects, the models can induce remarkable signals at the AMS-02 and Fermi-LAT experiments.

        Speaker: Jinmian Li (Sichuan University)
      • 17
        Detecting Dark Photons with Superconducting Radio-Frequency (SRF) Cavities

        Dark photons are well-motivated hypothetical gauge particles of a hidden U(1) symmetry, which is an extension of the standard model. As ultralight bosons, dark photons can either constitute wavelike dark matter candidates, or form a relativistic background through the decay from dark matter. Through the kinetic mixing with electromagnetic photons, dark photons can induce an effective current in an SRF cavity, which will be significantly amplified because of the extremely high quality factor of SRF cavities. We conducted the first scan search for dark photon dark matter with SRF cavities, and got the most stringent limit in most of the exclusion parameter space. The dataset can also be used to constrain the relativistic dark photon background through the signal modulation arising from the Earth rotation. We also propose a multi-mode system that can enhance the sensitivity of the off-resonance region and significantly boost the scan search of dark photons. Such a system is compatible with any resonant search with electromagnetic systems for dark photons, axions and gravitational waves, and can possibly realize simultaneous resonant and broadband detection.

        Speaker: Yanjie Zeng
    • Break: Social dinner
    • Monopole & Solitons: Monopole&Solutions session 2a
    • Exotic Particles: Exotic Particles Session1
      Conveners: Kun Liu (Tsung-Dao Lee Institute, Shanghai Jiao Tong University), Lailin Xu (USTC), 勇 杨 (上海交通大学)
    • Break: Coffee break
    • Monopole & Solitons: Monopole&Solitons session2b
      Conveners: Guangshun Huang (University of Science and Technology of China), Qing Lin (University of Science and Technology of China), Yusheng Wu (University of Science and Technology of China)
      • 23
        Superheavy DM search in XENON1T
        Speaker: Prof. Shengchao Li (Westlake University)
      • 24
        FCP in DAMPE
        Speaker: Cong Zhao (University of Science and Technology of China)
      • 25
        Physics results from AMS
        Speaker: Prof. Zuhao Li (IHEP)
    • Break: Lunch
    • Exotic Particles: Session 2
      Conveners: Kun Liu (Tsung-Dao Lee Institute, Shanghai Jiao Tong University), Lailin Xu (USTC), 勇 杨 (上海交通大学)
    • Break: coffee break
    • Axion
      Conveners: Haipeng An (Tsinghua University), Jing Shu (Peking University), Yingying Li (USTC)
      • 30
        Search for exotic spin-dependent interactions with solid-state-spin quantum sensors
        Speaker: XING RONG (University of Science and Technology of China)
      • 31
        Axion physics at the cosmological collider
        Speaker: Zhong-Zhi Xianyu (Tsinghua University)
      • 32
        Axion dark matter and the cosmic dipole problem
        Speaker: Chengcheng Han (Sun Yat-sen university)
      • 33
        Strong Gravity Frontier of Particle Physics
        Speaker: Yifan Chen (Niels Bohr International Academy)
    • 34
      Discussion Session
    • 35
      Discussion Session2