论文标题
leptoquark和矢量夸克扩展模型作为$（g-2）_μ$异常的解释
Leptoquark and vectorlike quark extended models as the explanation of $(g-2)_μ$ anomaly
论文作者
论文摘要
在最小的Leptoquark（LQ）型号中，由于手性增强功能，$ R_2 $和$ S_1 $可以是$（G-2）_μ$异常的解决方案。在这里，我们研究了LQ和矢量样夸克（VLQ）扩展模型。在一个LQ和一个VLQ扩展型号中，$（G-2）_ $可以从顶级和顶级合作伙伴$ t $获得捐款，因为$ t-t-t $混合。除了传统的$ r_2 $和$ s_1 $表示，我们发现$ s_3 $ lq还可以解释异常，包括$（x，t，b）_ {l，r} $ triplet。此外，我们发现LQ在这些型号中具有新的Decay通道$Tμ$。
In minimal leptoquark (LQ) models, the $R_2$ and $S_1$ can be the solution to the $(g-2)_μ$ anomaly because of the chiral enhancements. Here, we study the LQ and vectorlike quark (VLQ) extended models. In the one LQ and one VLQ extended models, the $(g-2)_μ$ can receive the contributions from top and top partner $T$ because of the $t-T$ mixing. Besides the traditional $R_2$ and $S_1$ representations, we find that the $S_3$ LQ can also explain the anomaly when including the $(X,T,B)_{L,R}$ triplet at the same time. Moreover, we find that the LQ has the new decay channel $Tμ$ in these models.
