The Nature of Lepton Doublets and Neutrino Masses in Non-Hermitian Theory with Fundamental Mass
The Nature of Lepton Doublets and Neutrino Masses in Non-Hermitian Theory with Fundamental Mass
复制标题
基本质量非厄米理论中轻子双峰和中微子质量的性质
DOI：
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发表时间：
2022
影响因子：
0.3
通讯作者：
A. M. Mandel’
中科院分区：
文献类型：
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作者：
V. N. Rodionov;A. M. Mandel’
摘要 研究表明，光费米子的质谱结构可以在具有基本质量的非厄米理论框架内自然地得到解释。轻子与无质量矢量场相互作用（即具有电荷）的能力与其质量的手性对称性相关。理解左手中微子质量的困难与其说是因为它们很小，不如说是因为它们与能量学的复杂关系。
Abstract It is shown that the structure of the mass spectrum of light fermions is naturally explained within the framework of the non-Hermitian theory with a fundamental mass. The ability of leptons to interact with a massless vector field (i.e., to have an electric charge) is associated with the chiral symmetry of their masses. Difficulties in understanding the masses of left-handed neutrinos are associated not so much with their smallness as with their complex connection with energetics.