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Abstract:
Relativistic heavy ion can generate extremely strong electromagnetic field (B~10^14-16 Tesla), which is the strongest electromagnetic field in the Universe. Relativistic heavy ion collision provides a unique laboratory to study the properties of the deconfined QCD matter in the presence of strong electromagnetic force and QED itself. Good understanding of the properties of the electromagnetic field in relativistic heavy ion collisions with nuclear overlaps is urgently needed. In this talk, I will present our studies of the properties of the extremely strong electromagnetic field produced in relativistic heavy ion collisions with nuclear overlaps.
Biography:
I have been studying and working at University of Science and Technology of China since 2000. I obtained my bachelor and PhD degree in 2004 and 2009, respectively. And continue to work in the same university as post-doctoral research associate from 2009 to 2011, as associate professor from 2011 to 2020 and as full professor since 2020. My research interest covers particle detector R&D and heavy-ion collision physics. I am a collaborator of the STAR, ALICE, MPD and LHAASO experiments. I am currently serving as deputy spokesperson of the MPD experiment at NICA, JINR, Russia and team leader of ALICE-USTC.