Speakers
Dr
Gergely Gabor Barnafoldi
(Wigner RCP Hungarian Academy of Sciences (HU))
Peter Levai
(Hungarian Academy of Sciences (HU))
Description
The development os a new-generation particle Monte Carlo generator for simulating high-energy heavy-ion collisions, HIJING++ is under development. The completely rewritten version of the FORTRAN-based HIJING2.1 relies on the latest version of PYTHIA8 and contains all the nuclear effects has been included in the HIJING2.1. The code is written in C++ and due to its modualarity, supports parallel computing architectures. Applying these techniques, relevant speedup of the simulation can be achieved. We also included an improved version of the shadowing parametrization and working on the jet quenching module. Here we summarize the mayor changes of the new program code beside the comparison between experimental data.
Authors
Dr
Gergely Gabor Barnafoldi
(Wigner RCP Hungarian Academy of Sciences (HU))
Peter Levai
(Hungarian Academy of Sciences (HU))
Co-authors
Ben-Wei Zhang
(Central China Normal University)
Gabor Biro
(Hungarian Academy of Sciences (HU))
Guoyang Ma
(I)
Gábor Papp
(Eötvös University)
Miklos Gyulassy
(Columbia University)
Szilveszter Miklos Harangozo
(Hungarian Academy of Sciences (HU))
Xin-Nian Wang
(Lawrence Berkeley National Lab. (US))
