论文标题
Higgs扇区从最大对称的多基格斯双重运动模型进行的预测
Higgs-Sector Predictions from Maximally Symmetric multi-Higgs Doublet Models
论文作者
论文摘要
最大对称的$ n $ -higgs Doublet模型（MS- $ n $ HDMS）定义了非常经济的环境，这使Sharp Higgs领域的预测能够超出标准模型（SM）在高能式校园中的潜在测试。 MS- $ n $ hdm的标量潜力服从$ \ mathrm {sp（2} n）$对称性，它被双线性标量质量柔和地折断，并通过肾脏分析组效应明确地通过Hupercharge和Yukawa Couplings明确打破。 $ \ mathrm {sp（2} n）$还确保自然对齐，并允许四分之一的耦合统一到普朗克量表。作为典型示例，我们考虑了II类型2HDM和类型V 3HDM的最大对称实现。我们展示了如何在几个输入参数方面，对MS-2HDM和MS-3HDM的整个标量质量谱的明确预测，包括对仪表玻色子和费米子的Sm-like Higgs-boson耦合。
Maximally Symmetric $n$-Higgs Doublet Models (MS-$n$HDMs)define very economic settings that enable sharp Higgs-sector predictions beyond the Standard Model (SM) potentially testable at high-energy colliders. The scalar potential of a MS-$n$HDM obeys an $\mathrm{Sp(2}n)$ symmetry, which is softly broken by bilinear scalar masses and explicitly by hypercharge and Yukawa couplings through renormalisation-group effects. The $\mathrm{Sp(2}n)$ also ensures natural SM alignment and allows for quartic coupling unification up to the Planck scale. As typical examples, we consider maximally symmetric realisations of the Type-II 2HDM and the Type-V 3HDM. We show how in terms of a few input parameters, definite predictions for the entire scalar mass spectrum of the MS-2HDM and MS-3HDM are obtained, including the SM-like Higgs-boson couplings to the gauge bosons and fermions.
