粒子物理学中的隐藏矢量“坐标”
Hidden Vector 'Coordinates' in Particle Physics
摘要：
在此不承认（即，“隐藏”）费米子扇区中的洛伦兹不变矢量可观测量（即，定义味道的费米子“坐标”）通过解释夸克和轻子味道、味道双重态和族，间接解释了与基本费米子（夸克和轻子）相关的大多数（如果不是全部）所谓的“偶然”（内部）对称性。此外，这些新的费米子坐标导致中微子混合物的定量约束，发现与目前的实验观测结果吻合得很好。
英文摘要：
Heretofore unrecognized (i.e., "hidden") Lorentz-invariant vector observables in the fermion sector (i.e., flavor-defining fermion "coordinates") are shown to indirectly explain most, if not all, of the so-called "accidental" (internal) symmetries associated with fundamental fermions (quarks and leptons), by explaining quark and lepton flavors, flavor doublets and families. Moreover, these new fermion coordinates lead to quantitative constraints on neutrino mixtures that are found to be in good agreement with current experimental observations.
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