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首页> 外文期刊>Physics letters >Mapping p p A Z H l + l ? b b ˉ and p p H Z A l + l ? b b ˉ current and future searches onto 2HDM parameter spaces
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Mapping p p A Z H l + l ? b b ˉ and p p H Z A l + l ? b b ˉ current and future searches onto 2HDM parameter spaces

机译:mapping p p a Z H L + l b B ˉ P P H z a l + l b b < MML:MROW> ˉ 当前和未来搜索到2hdm参数空间

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By borrowing the results from a Large Hadron Collider (LHC) analysis performed with36.1fb?1of Run 2 data intended to search forAproduction followed byZHdecay in turn yieldingl+l?bbˉ(l=e,μ) final states in the context of the standard four Yukawa types of the 2-Higgs Doublet Model (2HDM), we recast it in terms of sensitivity reaches for the similar processpp→H→ZA→l+l?bbˉ. This simple exercise across the two processes, which is possible because the only kinematic difference between these are different widths for the Higgs bosons, in turn affecting minimally the efficiency of an experimental selection, enables us to expand the region of parameter space that can be tested to the case whenmH≥mA+mZ. Furthermore, we extrapolate our results to full Run 3 data samples. We conclude that, while the high energy and luminosity stage of the LHC can afford one with increased sensitivity to the 2HDM in general, the recast analysis does not add anything to what already probed through the actual one.
机译:通过使用36.1fb的大型强子撞机器(LHC)分析来借用36.1fb?1,旨在搜索抽象的2个数据,然后在标准的上下文中逐渐发布+ l?bbˉ(l = e,μ)最终状态四个yukawa类型的2-higgs双字母模型(2hdm),我们在灵敏度达到类似的processpp→h→za→l + l?bbˉ方面重新定位它。这两个过程的这种简单练习是可能的,因为这些过程之间的唯一运动差异是HIGGS玻色子的不同宽度,反过来影响实验选择的效率,使我们能够扩展可以测试的参数空间区域到了当MH≥MA+ MZ的情况下。此外,我们将我们的结果推断到完全运行3个数据样本。我们得出结论,虽然LHC的高能量和亮度阶段通常能够增加对2HDM的敏感性增加,但重量分析不会将任何东西添加到已经通过实际探测的任何东西。

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