LHC SUSY在7和8点的相关事件过量TeV:新物理还是阴谋噪音?
Correlated Event Excesses in LHC SUSY Searches at 7 & 8 TeV: New Physics or Conspiring Noise?
摘要:
我们研究了ATLAS和CMS 7 & 8 TeV多喷流超对称性(SUSY)搜索,需要在超对称大统一模型无尺度翻转SU(5)的框架内入射单个轻子,并从F理论推导出额外的矢量样翻转多重态,简称F-SU(5)。研究了5个多喷流+轻子超对称搜索:4.7/fb ATLAS 7 TeV的胶子和光停搜索,以及13/fb ATLAS和9.7/fb CMS 8 TeV的光停搜索。最重要的是,所有五个轻子超对称搜索代表统计独立的数据样本。研究结果表明,所有五个正交组的轻子LHC观测给出了一个下限的高吉诺质量标度在M_{1/2} >= 680 GeV,与所有目前的最佳拟合在一个狭窄的区域内相关。此外,八个统计独立的LHC超对称搜索区域(轻子+全强子)可访问的无标度F-SU(5)模型空间与所有目前运行的标准模型实验在M_{1/2} = 680-850 GeV的范围内相交,其上限由μ子的异常磁矩(g_{mu} -2)/2的实验下限确定。我们强调,直到2015年13 TeV的LHC充满能量,F-SU(5)模型空间的这一区域才可能被LHC的轻子超对称性搜索完全探测。此外,我们描述了一种有效的技术,有效的统计解开相互重叠的事件空间敏感的搜索。
英文摘要:
We examine the ATLAS and CMS 7 & 8 TeV multijet supersymmetry (SUSY) searches requiring the incidence of a single lepton in the framework of the supersymmetric grand unified model No-Scale Flipped SU(5) with extra vector-like flippon multiplets derived from F-Theory, or F-SU(5) for short. Investigated are five multijet+lepton SUSY searches: 4.7/fb ATLAS 7 TeV gluino and light stop searches, as well as 13/fb ATLAS and 9.7/fb CMS 8 TeV light stop searches. Most significantly, all five leptonic SUSY searches represent statistically independent data samples. Findings show that all five orthogonal sets of leptonic LHC observations give a lower bound to the gaugino mass scale at M_{1/2} >= 680 GeV, with all the current best fits correlating within a narrow region. Furthermore, eight statistically independent LHC SUSY search regions (leptonic + all-hadronic) accessible to the No-Scale F-SU(5) model space intersect with all the currently operating beyond the Standard Model experiments within the range of M_{1/2} = 680-850 GeV, with the upper bound established by the lower experimental limit of the anomalous magnetic moment (g_{mu}-2)/2 of the muon. We emphasize that this region of the F-SU(5) model space may not be fully probed by leptonic SUSY searches at the LHC until the 13 TeV LHC energizes in 2015. Additionally, we describe an efficient technique for the effective statistical disentanglement of searches sensitive to mutually overlapping event spaces.
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