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首页> 外文期刊>The European physical journal, C. Particles and fields >First fragmentation function measurements from full jet reconstruction in heavy-ion collisions at __SNN = 200 GeV by STAR
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First fragmentation function measurements from full jet reconstruction in heavy-ion collisions at __SNN = 200 GeV by STAR

机译:STAR在__SNN = 200 GeV的重离子碰撞中对全射流重建的首次碎片函数测量

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Measurements of inclusive hadron suppression and di-hadron azimuthal correlations in ultra-relativistic nu_clear collisions at RHIC have provided important insights into jet quenching in hot QCD matter, but are limited in their sensitivity due to well-known biases. Full jet reconstruction in heavy-ion collisions would conceptually provide a direct measurement of the energy of the scattered parton before energy loss, alleviating such biases and allowing a measure_ment of the energy loss probability distribution in a model-independent way from hard probes. In these proceedings we utilize recent progress in the reconstruction of jets in the heavy ion environment and present the first measurement of the fragmentation function from fully reconstructed jets in heavy ion collisions. The fragmentation function measured in central Au + Au collisions at (SNN)~(1/2) = 200 GeV will be presented and discussed with respect to p + p reference mea_surements.
机译:RHIC的超相对论性核碰撞中的包容性强子抑制和双强子方位相关性的测量为热QCD物质的射流淬灭提供了重要的见识,但由于众所周知的偏差,其敏感性受到限制。在重离子碰撞中的全射流重建将在概念上提供能量损失之前散射部分的能量的直接测量,从而减轻这种偏差并允许以与模型无关的方式从硬探针测量能量损失概率分布。在这些程序中,我们利用了重离子环境中射流重建的最新进展,并对重离子碰撞中完全重建的射流的碎片功能进行了首次测量。将针对p + p参考测量值介绍和讨论在(SNN)〜(1/2)= 200 GeV的中心Au + Au碰撞中测得的碎片函数。

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