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ELLIPTIC FLOW FLUCTUATIONS IN NUCLEUS-NUCLEUS COLLISIONS

机译:核-核碰撞中的椭圆流波动

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摘要

Measurements of elliptic flow in high-energy nucleus-nucleus suggest that in these collisions a strongly interacting medium is formed. The expansion of this medium appears to be well described by ideal hydrodynamics. Further information about the properties of the medium and the hydrodynamic evolution can be obtained by studying not just the average strength of elliptic flow, , but also event-by-event fluctuations in the elliptic flow coefficient, v_2. However, the quantitative interpretation of current measurements of v_2 fluctuations is complicated by the presence of multi-particle correlations between final state hadrons. We will discuss the status of v_2 fluctuation measurements, the influence of non-flow particle correlations and possible approaches to obtain the "true" v_2 fluctuation strength.
机译:对高能核-核中椭圆流动的测量表明,在这些碰撞中形成了强相互作用的介质。理想的流体动力学似乎很好地描述了这种介质的膨胀。通过不仅研究椭圆流的平均强度,而且研究椭圆流系数v_2的逐事件波动,可以获得有关介质特性和流体动力学演化的更多信息。但是,由于最终状态强子之间存在多粒子相关性,当前对v_2波动测量的定量解释变得复杂。我们将讨论v_2波动测量的状态,非流动粒子相关性的影响以及获得“真实” v_2波动强度的可能方法。

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