Add to ORKGThe excitation function of the in-plane directed flow of nucleons is studied within a non-equilibrium transport approach. It is demonstrated that a local minimum in the excitation function of the directed flow develops, which is not related to a transition into a quark-gluon plasma (QGP) phase. It is a consequence of the dynamical softening of the underlying equation of state, due to the onset of resonance matter and particle production. Thus, the interpretation of this minimum as a 'smoking gun' signature for the creation of a QGP is premature
We calculate excitation functions for various dynamical quantities as well as experimental observabl...
NCQ scaling of elliptic flow is studied in a non-equilibrium hadronization and freeze-out model from...
We explore the highly non-perturbative hot region of the QCD phase diagram close to Tc by use of an ...
We investigate the claim that a minimum of the excitation function of the in-plane directed flow of ...
We investigate the excitation function of quark-gluon plasma formation and of directed in-plane flow...
A review of earlier fluid dynamical calculations with QGP show a softening of the directed flow whil...
Using a relativistic hadron transport model, we investigate the utility of the elliptic flow excitat...
We first present a brief overview of the quark-gluon plasma (QGP) and its possible production in a ...
Using a relativistic hadron transport model, we investigate the utility of the elliptic flow excitat...
Recent theoretical explanations for how hydrodynamic-like flow can build up quickly in small collisi...
To study the microscopic structure of quark–gluon plasma, data from hadronic collisions must be conf...
14 figures, 42 pagesInternational audienceWe complete the physical picture for the evolution of a hi...
We investigate the excitation function of quark-gluon plasma formation and of directed in-plane flow...
Transport processes are considered for their abilities to generate flow in a mixed-phase system of h...
It is shown that due to contribution of the hadrons, emitted directly from the inner hot region of c...
We calculate excitation functions for various dynamical quantities as well as experimental observabl...
NCQ scaling of elliptic flow is studied in a non-equilibrium hadronization and freeze-out model from...
We explore the highly non-perturbative hot region of the QCD phase diagram close to Tc by use of an ...
We investigate the claim that a minimum of the excitation function of the in-plane directed flow of ...
We investigate the excitation function of quark-gluon plasma formation and of directed in-plane flow...
A review of earlier fluid dynamical calculations with QGP show a softening of the directed flow whil...
Using a relativistic hadron transport model, we investigate the utility of the elliptic flow excitat...
We first present a brief overview of the quark-gluon plasma (QGP) and its possible production in a ...
Using a relativistic hadron transport model, we investigate the utility of the elliptic flow excitat...
Recent theoretical explanations for how hydrodynamic-like flow can build up quickly in small collisi...
To study the microscopic structure of quark–gluon plasma, data from hadronic collisions must be conf...
14 figures, 42 pagesInternational audienceWe complete the physical picture for the evolution of a hi...
We investigate the excitation function of quark-gluon plasma formation and of directed in-plane flow...
Transport processes are considered for their abilities to generate flow in a mixed-phase system of h...
It is shown that due to contribution of the hadrons, emitted directly from the inner hot region of c...
We calculate excitation functions for various dynamical quantities as well as experimental observabl...
NCQ scaling of elliptic flow is studied in a non-equilibrium hadronization and freeze-out model from...
We explore the highly non-perturbative hot region of the QCD phase diagram close to Tc by use of an ...