One of the latest trends in the advancement of experimental high-energy physics is to identify the quark gluon plasma （QGP） predicted qualitatively by quantum chromodynamics （QCD）. We discuss whether nuclear trans...One of the latest trends in the advancement of experimental high-energy physics is to identify the quark gluon plasma （QGP） predicted qualitatively by quantum chromodynamics （QCD）. We discuss whether nuclear transparency effect which is considered an important phenomenon, connected with dynamics of hadron-nuclear and nuclear-nuclear interactions could reflect some particular properties of the medium. FASTMC is used for Au-Au collision at RHIC energies. Critical change in the transparency is considered a signal on the appearance of new phases of strongly interacting matter and the QGP.展开更多
文摘One of the latest trends in the advancement of experimental high-energy physics is to identify the quark gluon plasma （QGP） predicted qualitatively by quantum chromodynamics （QCD）. We discuss whether nuclear transparency effect which is considered an important phenomenon, connected with dynamics of hadron-nuclear and nuclear-nuclear interactions could reflect some particular properties of the medium. FASTMC is used for Au-Au collision at RHIC energies. Critical change in the transparency is considered a signal on the appearance of new phases of strongly interacting matter and the QGP.
