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Phase diagram of strongly interacting matter: From Lattice QCD to Heavy-Ion Collision Experiments

Registration closed 13/11/2017.

Secretariat

Ines Campo
+39 0461 314721
Monday, 27 November, 2017 - 09:00 to Friday, 1 December, 2017 - 13:00
Location: 
ECT* Conference room
Abstract: 

The QCD phase diagram exhibits a broad variety of fascinating structures. Depending on the temperature and baryochemical potential, strongly interacting matter can be present in the form of a hadronic gas, of a plasma of deconfined quarks and gluons, or of further possible states of matter which have yet to be discovered and understood from first principles. The energy scales involved in the transitions between the different phases are in the non-perturbative regime of QCD and it is therefore necessary to solve a strongly coupled non-perturbative quantum gauge theory, which is a difficult theoretical challenge. Experimentally, these states of matter can be explored in heavy-ion collision experiments, currently operating at the Relativistic Heavy-Ion Collider (RHIC) at BNL, Super Proton Synchrotron (SPS) and Large Hadron Collider (LHC) at CERN, and two facilities planned to come online in the near future, Facility for Antiproton and Ion on Research (FAIR) at GSI and Nuclotron-based Ion Collider Facility (NICA) at JINR. The purpose of this workshop is to bridge the gap between thermodynamic equilibrium calculations of QCD and the ample experimental data, bringing together experts from theory, experiment and phenomenology in order to work together on identifying viable approaches to connect ab initio calculations to phenomenology and experiment.

Registration period: 
11 Sep 2017 to 12 Nov 2017
Program: 

Organizers

Alexei Bazavov Michigan State University
Massimo D'Elia University of Pisa
Marlene Nahrgang Subatech & Ecole des Mines Nantes

Workshop Attendees

aichelin joerg subatech France
Andronic Anton GSI Germany
Barabanov Mikhail JINR Russian Federation
Bazavov Alexei Michigan State University USA
Becattini Francesco Universita di Firenze Italy
Blaschke David University of Wroclaw Poland
Bluhm Marcus University of Wroclaw Poland
Bonati Claudio Dipartimento di Fisica Universita di Pisa Italy
Bratkovskaya Elena GSI Germany
chatterjee sandeep AGH University, Krakow Poland
chatterjee sandeep AGH University Krakow Poland
Contant Romain University of graz Austria
D'Elia Massimo University of Pisa ITALY
de Forcrand Philippe ETH Switzerland
Friese Volker GSI Darmstadt Germany
Friesen Alexandra Joint Institute for Nuclear Research Russia
Galatyuk Tetyana TU Darmstadt / GSI Germany
Gazdzicki Marek Goethe and Jan Kochnowski Univeristies Germany and Poland
Haque Najmul Institut fur Theoretische Physik Germany
Harabasz Szymon TU Darmstadt Germany
Huovinen Pasi Institute of Theoretical Physics Poland
Koch Volker Lawrence Berkeley National Laboratory USA
Kuich Magdalena University of Warsaw Poland
Lombardo Maria Paola INFN Italia
Ma Yong-Liang Jilin University China
Monnai Akihiko Institut de Physique Theorique CNRS CEA FRANCE
Nahrgang Marlene SUBATECH France
Pawlowski Jan M. Heidelberg University Germany
Petreczky Peter BNL USA
Rustamov Anar GSI/Universitat Heidelberg Germany
Schaefer Bernd-Jochen JLU Giessen Hesse
Sharma Sayantan Brookhaven National Lab USA
Snoch Aleksandra Institut fur Kernphysik Goethe-Universitat Germany
Stephanov Misha University of Illinois at Chicago USA
Stroth Joachim GSI Germany
Tripolt Ralf-Arno ECT* Italy
Weber Johannes Technische Universitat Munchen Germany
Wink Nicolas ITP Heidelberg Germany
Xu Nu LBNL USA
Ziegler Felix Heidelberg University ITP Germany