Probing and Distinguishing Representations at the LHC

A. Costantini
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Abstract

The discovery made at the Large Hadron Collider (LHC) has revealed that the spontaneous symmetry breaking mechanism is realised in a gauge theory such as the Standard Model (SM) by at least one Higgs doublet. However, the possible existence of other scalar bosons cannot be excluded. We analyze signatures extensions of the SM, characterized by an extra representations of scalars, in view of the recent and previous Higgs data. We show that such representations can be probed and distinguished, mostly with multileptonic final states, with a relatively low luminosity at the LHC.
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在大型强子对撞机上探测和区分表征
大型强子对撞机(LHC)的发现揭示了自发对称性破缺机制在标准模型(SM)等规范理论中至少由一个希格斯双轻子实现。然而,不能排除其他标量玻色子存在的可能性。鉴于最近和以前的希格斯数据,我们分析了SM的特征扩展,其特征是标量的额外表示。我们表明,这种表征可以在LHC中以相对较低的光度探测和区分,主要是用多轻子最终态。
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