论文标题
家庭质量层次结构的共同起源和依赖夸克和瘦素的依赖Flavour的CP违反了CP
The common origin of the family mass hierarchy and CP violation from flavour-dependent vacuum for quarks and leptons
论文作者
论文摘要
我们根据依赖风味的真空结构来重写标准模型的Yukawa相互作用，以解决夸克部门和Lepton行业中家庭质量层次结构和CP违规。首次意识到拉格朗日仅包括与现象学可观察的相同数量的自由度，而无需额外的颗粒或任何新的对称性。夸克（Quark）和轻子（Lepton）质量层次结构是由于风味空间中接近灯的真空而自然产生的。 CKM和PMN中的CP违规被解释为弱量规征和Yukawa相互作用状态之间的一般量子相。该机制是通过复制所有当前夸克/Lepton质量数据和CKM/PMNS风味混合物来证明的。
We rewrite the Yukawa interactions of the standard model in terms of flavour-dependent vacuum structure to address the family mass hierarchy and CP violation in both the quark sector and lepton sector. It is realized for the first time that the Lagrangian only includes the same number of degrees of freedom as phenomenological observables with no requirement of extra particles or any new symmetry. The quark and lepton mass hierarchy arises as a natural result of the close-to-flat vacuum in flavour space. The CP violation in CKM and PMNS is explained as a general quantum phase between weak gauge eigenstates and Yukawa interaction states. The mechanism is proven by reproduction of all current quark/lepton mass data and the CKM/PMNS flavour mixings.
