Add to ORKGWe investigate the onset of spinodal decomposition in a relativistic fluid of quarks coupled to a nonequilibrium chiral condensate. Studying small fluctuations around equilibrium, we identify the role played by sound and chiral waves in the generation of unstable modes
We consider a chemical freeze-out mechanism which is based on a strong medium dependence of the rate...
Nuclear spinodal instabilities are investigated in non-relativistic and relativistic stochastic mean...
We present the idea of a Mott-Anderson freeze-out that suggests a key role of the localization of th...
We investigate the onset of spinodal decomposition in a relativistic fluid of quarks coupled to a no...
The time evolution of the matter produced in high energy heavy-ion collisions seems to be well descr...
In this article we investigate the influence of the expansion on the properties and the dynamical ev...
Unstable zero-sound waves and cluster formation are studied in the framework of molecular dynamics a...
Are spinodal instabilities the leading mechanism in the fragmenta-tion of a fermionic system? Numero...
We investigate the mechanism responsible for the onset of instabilities in a chiral phase transition...
Spinodal instability in nuclear matter and finite nuclei is investigated. This instability occurs in...
The expansion of strongly interacting matter formed in high-energy nuclear collisions drives the sys...
Density fluctuations resulting from spinodal decomposition in a non-equilibrium first-order chiral p...
AbstractThe formation of inhomogeneous chiral condensates in QCD matter at nonzero density and tempe...
Like classical fluids, quantum gases may suffer from hydrodynamic instabilities. Our paper develops ...
We discuss a few recent results for the equation of state of strongly interacting matter and the dyn...
We consider a chemical freeze-out mechanism which is based on a strong medium dependence of the rate...
Nuclear spinodal instabilities are investigated in non-relativistic and relativistic stochastic mean...
We present the idea of a Mott-Anderson freeze-out that suggests a key role of the localization of th...
We investigate the onset of spinodal decomposition in a relativistic fluid of quarks coupled to a no...
The time evolution of the matter produced in high energy heavy-ion collisions seems to be well descr...
In this article we investigate the influence of the expansion on the properties and the dynamical ev...
Unstable zero-sound waves and cluster formation are studied in the framework of molecular dynamics a...
Are spinodal instabilities the leading mechanism in the fragmenta-tion of a fermionic system? Numero...
We investigate the mechanism responsible for the onset of instabilities in a chiral phase transition...
Spinodal instability in nuclear matter and finite nuclei is investigated. This instability occurs in...
The expansion of strongly interacting matter formed in high-energy nuclear collisions drives the sys...
Density fluctuations resulting from spinodal decomposition in a non-equilibrium first-order chiral p...
AbstractThe formation of inhomogeneous chiral condensates in QCD matter at nonzero density and tempe...
Like classical fluids, quantum gases may suffer from hydrodynamic instabilities. Our paper develops ...
We discuss a few recent results for the equation of state of strongly interacting matter and the dyn...
We consider a chemical freeze-out mechanism which is based on a strong medium dependence of the rate...
Nuclear spinodal instabilities are investigated in non-relativistic and relativistic stochastic mean...
We present the idea of a Mott-Anderson freeze-out that suggests a key role of the localization of th...