基于新动力学参数的精确味电弱量的一般系统
Generic system of exact flavor-electroweak quantities via new dynamical parameter
摘要：
粒子质量和电荷量之间的基本联系的统一型思想是弦论的精神。在现象学的层面上，这个想法意味着粒子味存在的理由，因为它需要不止一个质量副本，即从单个粒子质量过渡到质量矩阵的概念。在本文中，这一想法是由一个通用系统的准确的经验关系的无量纲味电弱量（精细结构常数，μ子电子和τ子电子质量比和夸克CKM和中微子PMNS混合角）建立在一个小的通用e参数作为调解人的质量矩阵和电荷量。本研究所使用的数学范式是由e幂的重复取幂构成的。味道关系的准确性提高，从更换指数f-条款的e-幂项观察。夸克-轻子互补公式和小出荷电轻子质量公式这两个在文献中广泛讨论的经验公式是泛属系统的重要组成部分。通过QLC的推广，得到太阳中微子混合角θ sol = 34.05o。带电轻子质量比满足Koide关系，精度高~10 - 9。附录包含对物理实在的双重客观-人择性质的评论。
英文摘要：
Unification-type idea of a basic connection between particle mass and charge quantities is in the spirit of string theory. On the level of phenomenology, this idea means raison d'etre for particle flavor since it requires more than one mass copy i.e. transition from individual particle mass to the concept of mass-matrix. In this paper that idea is exemplified by a generic system of accurate empirical relations for dimensionless flavor-electroweak quantities (fine structure constant, muon-electron and tauon-electron mass ratios and quark CKM and neutrino PMNS mixing angles) build in terms of one small universal e-parameter as mediator of mass-matrix and charge quantities. The used in this study empirically suggested math paradigm consists of repeated exponentiation of e-powers. Accuracy boost of flavor relations from replacement of e-power terms by exponential f-terms is observed. The two widely discussed in the literature empirical flavor regularities, quark-lepton complementarity (QLC) and Koide charged lepton mass formula, are essential parts of the generic system. Solar neutrino mixing angle is predicted θsol= 34.05o by extension of QLC. Charged lepton mass ratios satisfy Koide relation with high accuracy ~10-9. The Appendix contains comments on dual objective-anthropic nature of physical reality.
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