Flavor Mixings in Supersynmetric

在超对称统一模型中，在MSSM之外的大规模部门包含额外的粒子，在夸克（loptons）和额外的粒子之间出现的状态-混合物。我们展示了夸克矩阵的非侵入性纹理，即下层夸克和颜色希格斯之间的混合物的后果。在瘦骨嶙峋的部门，也有这些在瘦骨嶙峋和下型高地之间的混合物，寻找机制和层次结构的Majorana大量在MNS材料中扮演重要角色。MNS矩阵和CKM矩阵之间的显著差异。Is naturally understood in the frame of the string inspired SU（6） × SU（2）イイD2RイエD2model。SUSY破裂的参数是什么是期望成为普遍的，它们与SUSY破裂的中介机制联系在一起..。我们提出了一个新的模式，在较弱的组合异构字符串的背景下打破SUSY。“SUSY在隐藏部门的崩溃已经通过重力相互作用转移到了抗代场。”通过gauge interactions向MSSM部门的occurs的Subsequent transmission of the breaking。这表明，超粒子的质量特性在形态学上是可行的。

In the supersymmetric unification model, in which the massless sector contains extra particles beyond those in MSSM, there appear state-mixings between quarks(loptons) and extra particles. We showed that the nontrivial texture of the CKM matrix of quarks emerges as a consequence of the mixings between the down-type quarks and colored Higges. In the lepton sector, although these occur mixings between leptons and down-type Higges, seesaw mechanism and hierarchical Majorana masses play an essential role in the MNS matris. The significant difference between the MNS matrix and the CKM matrix. Is naturally understood in the framework of the string inspired SU(6) × SU(2)ィイD2RィエD2model. SUSY breaking parameters which are expected to be universal, are closely linked to the mediation mechanisms of SUSY breaking.. We proposed a new model of mediating SUSY breaking in the context of the weakly coupled heterotic string. The breakdown of SUSY in the hidden sector is transmitted to anti-generation fields via gravitational interactions. Subsequent transmission of the breaking to the MSSM sector occurs via gauge interactions. It is shown that the mass spectra of superparticles are phenomenologically viable.