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Spin and Hydrodynamics in Relativistic Nuclear Collisions

Secretariat

Staff ECT*
Monday, 5 October, 2020 - 08:30 to Friday, 9 October, 2020 - 14:15
Abstract: 

One of the recent most interesting developments in relativistic heavy-ion collisions is the evidence of a global polarization of particles, measured for the first time in Au- Au collisions at RHIC [1]. This finding – which was actually a theoretical prediction - is having a major impact in the field as it demonstrates that the QCD plasma is a polarized fluid, and it has possible important consequences for the search of other long-sought phenomena such as the Chiral Magnetic Effect, as well as many other theoretical implications. Besides the refinement of phenomenological calculations, relativistic hydrodynamics and kinetic theory should be modified to include spin degrees of freedom, an endeavour where several groups worldwide contribute. The goal of the workshop is to gather experts to determine the state-of-the-art of knowledge in the field, to exchange ideas and methods, and to initiate new developments.

Registration period: 
05 Aug 2020 to 12 Sep 2020

Organizers

Francesco Becattini Università & INFN Firenze
Wojiech Florkowski Jagellonian University Cracow
Xu-Guang Huang Fudan University Shanghai
Dirk Rischke Johann Wolfgang Goethe-Universität Frankfurt