Critical Opacity - a possible explanation of the fast thermalisation times seen in RHIC experiments
F. Gastineau, E. Blanquier, J. Aichelin
Abstract
The Nambu Jona-Lasinio Lagrangian offers an explication of the seemingly contradictory observations that a) the energy loss in the entrance channel of heavy ion reactions is not sufficient to thermalize the system and that b) the observed hadron cross sections are in almost perfect agreement with hydrodynamical calculations. According to this scenario, a critical opacity develops close to the chiral phase transition which equilibrates and hadronizes the expanding system very effectively. It creates as well radial flow and, if the system is not isotropic, finite v2 values.
Create a lesson
Related papers
Axionic Casimir Torque
Soham Ghatak
Testing Minimal U(2)3 Right-Handed Flavor Breaking in a Singlet-Scalar Vector-Like Quark Portal
Qazi Maaz Us Salam
Dalitz plot binning optimization for the model-independent measurement of the CKM angle β with B0 D π+ π-, D KS0 π+ π- decays
Anfeng Li, Wenbin Qian, Boan Shi et al.
From Dirac Neutrino Mass to Dark Radiation: An A4-Symmetric FIMP Dark Matter Framework
Pritam Das, Anupam Deka, Debajyoti Dutta
Modular S4 Inverse Seesaw at the LZ High-Recoil Frontier
Waqas Ahmed, Vasileios Basiouris, George K. Leontaris
Quantum circuit representation and incomplete Bell measurements in Compton scattering
Wei Xie, Yu-Chen Guo, Shuang Li et al.