温伯格角、电流耦合常数和粒子质量作为顶点滤波器的特性-粒子天体物理学的结果
Weinberg angle, current coupling constant, and mass of particles as properties of culminating-point filters - consequences for particle astrophysics
摘要：
粒子点的顶点滤波器构造不同于波函数在其邻域的切线对象中的环面构造。这两种构造都不是由一般流形的自同构统一的，而是由一个隐藏的共形$S^{1}\times S^{3}$荷与调和（麦克斯韦）势映射到一个由顶点、相切对象和费曼连接形成的物理空间中统一的。粒子是由$S^{1}\times S^{3}$上齐次势方程的三类本征解得到的。将$u(2)$不变矢量场映射到连接的狄拉克相因子中，得到了具有大质量轻子的显式质量算符的电弱拉格朗日量。大质量粒子的谱受到本征解类的小的、可管理的数量和模型对于更高质量值的不稳定性的限制。这种不稳定性也定义了顶点所需的大量过滤器元件。温伯格角，电流耦合常数，轻子质量的计算或估计从重整化的过滤器的属性。粒子天体物理学的结果一方面来自于粒子种类的限制，另一方面来自于从三个种类中提出的新粒子，例如暗物质、强子的约束和前重子。例如，超对称结构、希格斯粒子和夸克-胶子等离子体是绝对排除在外的：来自禁闭的三件式现象总是存在的。
英文摘要：
Culminating-point filter construction for particle points is distinguished from torus construction for wave functions in the tangent objects of their neighborhoods. Both constructions are not united by a general manifold diffeomorphism, but are united by a map of a hidden conformal $S^{1}\times S^{3}$ charge with harmonic (Maxwell) potentials into a physical space formed by culminating points, tangent objects, and Feynman connections. The particles are obtained from three classes of eigensolutions of the homogeneous potential equations on $S^{1}\times S^{3}$. The map of the $u(2)$ invariant vector fields into the Dirac phase factors of the connections yields the electro-weak Lagrangian with explicit mass operators for the massive leptons. The spectrum of massive particles is restricted by the small, manageable number of eigensolution classes and an instability of the model for higher mass values. This instability also defines the huge numbers of filter elements needed for the culminating points. Weinberg angle, current coupling constant, and lepton masses are calculated or estimated from the renormalization of filter properties. Consequences for particle astrophysics follow, on the one hand, from the restriction of particle classes and, on the other hand, from the suggestion of new particles from the three classes e.g. of dark matter, of a confinon for the hadrons, and of a prebaryon. Definitely excluded are e.g. SUSY constructions, Higgs particles, and a quark gluon plasma: three-piece phenoma from the confinons are always present.
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。
