论文标题
使用脂肪射流签名在电子峰值和电子 - 普罗顿壁上测试三胞胎费米子
Testing triplet fermions at the electron-positron and electron-proton colliders using fat jet signatures
论文作者
论文摘要
与标准模型（SM）一起增加了零超充电的$ su（2）_l $三重速度费，有助于通过所谓的Seesaw机制来解释中微子质量的起源。这种情况通常被称为III型SEESAW模型。在电动对称性打破中性瘦素的轻质和重物特征状态之间的混合后，开发出了重要的作用，这在研究船员的三胞胎费米子的带电和中性多重上发挥了重要作用。在本文中，我们研究了这种相互作用，以在不同的质量能量中心的电子峰值和电子普罗顿山口物上产生这些三胞胎费米子的这些多重组。例如，我们专注于繁重的三胞胎，使其在TEV尺度上具有质量，以便可以充分增强其衰减产品，包括SM SM或Higgs玻色子，从而导致脂肪喷射。因此，我们探测了中微子的重量质量征本征的质量较轻，并将结果与通过Electroweak Precision研究获得的界限进行了比较。
The addition of $SU(2)_L$ triplet fermions of zero hypercharge with the Standard Model (SM) helps to explain the origin of the neutrino mass by the so-called seesaw mechanism. Such a scenario is commonly know as the type-III seesaw model. After the electroweak symmetry breaking the mixings between the light and heavy mass eigenstates of the neutral leptons are developed which play important roles in the study of the charged and neutral multiplets of the triplet fermions at the colliders. In this article we study such interactions to produce these multiplets of the triplet fermion at the electron-positron and electron-proton colliders at different center of mass energies. We focus on the heavy triplets, for example, having mass in the TeV scale so that their decay products including the SM the gauge bosons or Higgs boson can be sufficiently boosted, leading to a fat jet. Hence we probe the mixing between light-heavy mass eigenstates of the neutrinos and compare the results with the bounds obtained by the electroweak precision study.
