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Searches in the dilepton final states with ATLAS

机译:在Dilepton的最终状态中搜索Atlas

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摘要

We present the discovery potential of heavy new resonances decaying into dilepton pairs with early LHC data using the ATLAS detector. The dilepton final states are robust channels to analyze because of the simplicity of the event topology. The unprecedented available center-of-mass energy will allow one to probe regions that were simply inaccessible at previous experiments even with modest amounts of data. After studying the Standard Model predictions and the associated uncertainties one can look for significant deviations as indications of Beyond the Standard Model physics (BSM ). The focus is to study the prospects for discovering BSM physics in the dilepton final states with an assumed integrated luminosity ranging from 100 pb~(-1) to 1 fb~(-1).
机译:我们将沉重的新共振的发现潜力衰减到Dilepton对的使用早期LHC数据使用ATLAS检测器。由于事件拓扑的简单性,Dilepton最终状态是强大的渠道来分析。即使具有适度的数据,前所未有的可用群众能源将允许一个探针区域在以前的实验中可以在先前的实验中无法进入。在研究标准模型预测和相关的不确定性之后,可以寻找重大偏差作为超出标准模型物理(BSM)的迹象。重点是研究在Dilepton最终状态下发现BSM物理的前景,具有假定的集成亮度范围为100pb〜(-1)至1 fb〜(-1)。

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