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High-TheQ explores the thermalization of quantum fields in extreme environments created by nuclear collisions. The project aims to understand the dynamics of non-equilibrium quantum systems and the emergence of equilibrium phases, contributing to the theoretical framework of quantum chromodynamics.
Thermalization of closed quantum systems is central to the modern understanding of matter, from ultracold to ultrahot.
High-TheQ studies thermalization of quantum fields excited by nuclear collisions at RHIC and LHC to energy densities equivalent to trillions of Kelvins.
In such extreme environments hadrons melt and the equilibrium state is the quark-gluon plasma.
Theoretical control over thermalization at high energies is crucially needed for understanding when and how this equilibrium phase em…
UNIVERSITEIT GENT
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