玻色因果旋量的非微扰幺正混合
Non-Perturbative Unitary Mixing of Bosonic Causal Spinors
摘要：
因果旋量场的基本费米子表示先前已被证明可以描述自由狄拉克费米子，并将\emph{only}纳入局部规范不变性的观察到的自由度。在本文中，第一个非平凡玻色子表示的因果旋量。我们将发展退化玻色旋量的一般幺正混合，然后应用于满足适当运动学约束的电弱玻色子。由此产生的质量比被认为是与这些玻色子的测量值报告一致。
英文摘要：
The fundamental fermion representations of causal spinor fields have previously been demonstrated to describe free Dirac fermions, as well as incorporate \emph{only} the observed degrees of freedom for local gauge invariance. In this paper, the first non-trivial boson representations of causal spinors will be presented. The general unitary mixing of degenerate bosonic spinors will be developed, and then applied to electro-weak bosons satisfying appropriate kinematic constraints. The resulting mass ratios are seen to be consistent with reported measured values for these bosons.
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。
