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Heavy quark energy loss and angular de-correlation in a quark-gluon plasma matter

机译:夸克 - 胶质等离子体物质中重型夸克能量损失和角度去相关性

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We study heavy quark energy loss in a hot and dense nuclear matter in the framework of Langevin equation coupled to a (2+1)-dimensional hydrodynamic model. The classical Langevin framework is modified such that both quasi-elastic scattering and gluon radiation are incorporated. We provide good description of D meson suppression measured by the ALICE collaboration. We further investigate the angular correlation function of c AV(c) pairs, and find that it can be potentially employed to distinguish different energy loss mechanisms of heavy quarks inside QGP.
机译:在耦合到(2 + 1) - 二维流体动力学模型的Langevin方程框架中,我们在恒定和致密的核物质中研究重型夸克能量损失。经典的Langevin框架被修改,使得据准弹性散射和胶合辐射均被掺入。我们提供了通过Alice协作测量的D Meson抑制的良好描述。我们进一步研究了C AV(C)对的角度相关函数,并发现它可能是可能用于区分QGP内部重码夸克的不同能量损失机制。

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