Speaker
Ioannis Bouras
(University of Frankfurt)
Description
In a microscopic transport model we investigate evolution
of conical structures using different source terms. Development
of a strong collective behavior near the ideal hydro limit is visible,
resulting in formation of Mach Cones. In addition, for the first time
the transition from ideal to viscous Mach Cones is demonstrated.
We investigate dependence of the Mach Cone angle in different scenarios
of energy depositions into the medium. The numerical results on
two-particle correlations are compared to an analytical approximation.
In our simulations we find that a double-peak structure, as observed
in experiments at RHIC, cannot be explained/created by propagation of
a high-energy jet.
Primary author
Ioannis Bouras
(University of Frankfurt)
Co-authors
Mr
Andrej El
(University of Frankfurt)
Prof.
Carsten Greiner
(University of Frankfurt)
Mr
Felix Reining
(University of Frankfurt)
Mr
Francesco Lauciello
(University of Frankfurt)
Dr
Harri Niemi
(FIAS Frankfurt)
Mr
Oliver Fochler
(University of Frankfurt)
Dr
Zhe Xu
(FIAS Frankfurt)
