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arXiv 0912.1946hep-ph
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关于费米子世代的动力学

On dynamics of fermion generations

Yu. A. Simonov

摘要:

在控制EW动力学的强规范场分布的基础上,研究了没有基元Higgs粒子时费米子质量和EW对称性破缺的层次。本文将夸克双线性凝聚引起对称性破缺的机制推广到EW真空中存在高场双折射子的情况。由此产生的波泛函产生了几个夸克双线性的最小值,给出了三代(或更多)的质量。混合建议是由于扭结解决方案相同的波泛函。对于这种混合的一种特殊形式(“相干混合”)的质量和CKM系数的现实hierarhy和参数有利于第四代给出。拓扑电荷的CP违反阶段和小质量的第一代可能的重要作用被强调。

英文摘要:

The hierarchy of fermion masses and EW symmetry breaking without elementary Higgs is studied on the basis of strong gauge field distributions governing the EW dynamics. The mechanism of symmetry breaking due to quark bilinears condensation is generalized to the case, when higher field correlators are present in the EW vacuum. Resulting wave functional yields several minima of quark bilinears, giving masses of three (or more) generations. Mixing is suggested to be due to kink solutions of the same wave functional. For a special form of this mixing ("coherent mixing") a realistic hierarhy of masses and of CKM coefficients is obtained and arguments in favor of the fourth generation are given. Possible important role of topological charges for CP violating phases and small masses of the first generation is stressed.

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。

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