G粒子概论

G particle introduction

摘要: 夸克和轻子以及费米子和玻色子都是同一种粒子在复时空内的不同运动状态。粒子在复时空内旋转产生的速度矢量撑开时间维，该矢量在空间投影形成弱荷；其旋转角速度矢量撑开能量维，该矢量在空间的投影形成了质量（荷）；其旋转向心加速度矢量撑开空间维，形成了电荷；其旋转产生的加加速度（加速度的变化）撑开色维，该矢量在空间的投影形成了色荷；电荷、质荷、色荷、弱荷在空间三个维度的投影形成了粒子的三性（正、负、中性电）、三代、三色以及过去、现在和将来。本文还揭示了色荷的紧闭性、色力的渐近自由性，以及弱作用过程中中微子与相应带电轻子同时伴生的本质。指出：光子带有微弱电磁荷；中微子带有微弱的静质量；中微子与光子形成光子-中微子振荡。引力波在空间轴上形成典型的费米子态，典型的玻色子态形成了引力波的峰值。

Abstract: quarks and lepons and fermions and bosons are all different motion states of the same particle in the complex space-time. The velocity vector of the particle rotating in the complex space-time supported time dimension, which forms a weak charge in the space projection. Its rotation angular velocity vector supported the energy dimension, which forms the mass (charge) in the projection of space. The rotation of the centripetal acceleration vector has the space dimension, which forms the charge; The reacceleration (the change of acceleration) of its rotation support of the color dimension, which forms the color charge in the projection of the space. Charge, mass, color, and weak charge in three dimensions of space form the three properties of the particle (positive, negative, neutral), three generations, three colors and the past, present and future. This paper also reveals the nature of neutrino and the associated light in the process of weak action. Note: the photon has a weak electromagnetic charge; Neutrinos have weak static quality; Neutrinos and photons form a photon - neutrino oscillation. The gravitational waves form a typical fermion in the space axis, and the typical boson state forms the peak of gravitational waves.