杨与米尔斯主题的两种变奏--SM与FSM
Two variations on the theme of Yang and Mills -- the SM and the FSM
摘要：
标准模型（SM）被看作是杨-米尔斯理论与规范对称性$u(1) \times su(2) \times su(3)$的一个变体，其中味对称性被框定，并附加了3代夸克和轻子作为实验输入。框架标准模型（FSM）是SM的进一步变体，其中颜色对称性也被框架化，其中3代现在作为结果与其特征质量和混合模式一起遵循。此外，有限状态机产生的奖金解决强CP问题，导致一个统一的治疗似乎所有已知的CP物理夸克和轻子。然而，它也预测了一个由未知粒子填充的“隐藏”扇区，因此充满了两种承诺（例如，\暗物质？）和威胁，这是刚刚开始探索（i）与修改的温伯格混合和（ii）与$g-2$和其他一些异常。
英文摘要：
The standard model (SM) is viewed as a variation on the Yang-Mills theory with gauge symmetry $u(1) \times su(2) \times su(3)$, in which the flavour symmetry is framed and to which 3 generations of quarks and leptons are appended as inputs from experiment. The framed standard model (FSM) is then a further variation on the SM in which the colour symmetry is also framed, where the 3 generations now follow as consequences together with their characteristic mass and mixing patterns. In addition, the FSM yields as a bonus a solution to the strong CP problem leading to a unified treatment seemingly of all known CP physics for both quarks and leptons. It predicts, however, also a "hidden" sector populated by particles yet unknown, hence full both of promises (e.g.\ dark matter?) and of threats, which is just beginning to be explored (i) with a modified Weinberg mixing and (ii) with the $g-2$ and some other anomalies.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
