An Explanation for Heavy Quark Energy Loss Puzzle by Flow Effects

Details An Explanation for Heavy Quark Energy Loss Puzzle by Flow Effects An Explanation for Heavy Quark Energy Loss Puzzle by Flow Effects

2009-08-06

arxiv.org/abs/0908.0918v3

Physics

Nuclear Physics

Nuclear Theory

4 pages, 4 figures

Scientific paper

The heavy quark energy loss puzzle is explained by collective flow effects in a dynamic medium. The dead cone and LPM effect are found to be changed comparing to the static medium case. Instead of only one dead cone in the static medium, the collective flow induces two dead cones from two different kinds of processes. One is from the projectile emitting gluon process, the same as that in the static medium. The other is from the gluon emission off the exchanged gluon process, decreasing with increasing flow velocity $v_z$ along jet direction, which lead to the increase of heavy quark energy loss. The differences of the effective average energy loss among charm, bottom and light quarks are very little from a full 3D ideal hydrodynamic simulation for 0-10$%$ central Au-Au collisions at RHIC energy. This would yield similar high $p_{T}$ suppressions between light and heavy quarks for central Au-Au collisions.

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