Workshop on the Physics Program with High Luminosity Facilities

→ US/Eastern
CEBAF CENTER F113 (Jefferson Lab)

CEBAF CENTER F113

Jefferson Lab

Ciprian Gal (Jefferson Lab), Garth Huber (University of Regina), Haiyan Gao (Duke University), Harut Avagyan (Jefferson Lab), Jian-ping Chen (JLab), Mark Jones (Jefferson Lab), Pierre Chatagnon (CEA Saclay), Rafayel Paremuzyan (Jefferson Lab), Stepan Stepanyan (Jefferson Lab), Sylvester Joosten (Argonne National Laboratory), Vladimir Khachatryan (Duke University), Volker Burkert (Jefferson Lab), Xiaochao Zheng (University of Virginia), Yuxun Guo (LBL), Zhiwen Zhao (Duke)
Description

Jefferson Lab, with its electron beam energies up to 12 GeV, is the world’s main facility for cold QCD. To explore the full potential of Jefferson Lab for precision studies of multi-dimensional nucleon structure, QCD dynamics, and precision searches for physics beyond the Standard Model, detector systems with large acceptance and capable of handling the high luminosity available from JLab's CEBAF become critical. This workshop aims to highlight the significance of the physics program at the luminosity frontier, with a focus on the main physics topics for the proposed SoLID and CLAS12 upgrades. The workshop will have sessions for each topic dedicated to discussion. The outcome of the workshop will be summarized in a whitepaper, which will serve as an input to JLab and the nuclear physics community for future planning in maximizing scientific achievements. 

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