快中微子通过引力约束产生质量
Mass generation via gravitational confinement of fast neutrinos
摘要：
利用狭义相对论和惯性质量与引力质量等效原理，分析了超相对论中微子间引力对中微子能量的依赖关系。据发现，当占粒子质量与粒子速度的特殊相对论性增加，那么这个引力达到313兆电子伏的中微子能量，对应于夸克的有效质量的强力值。这种力可以维持自引力中微子三元组或电子/正电子-中微子对的旋转运动，从而导致质量的自驱动产生，即强子和玻色子，其质量可以在没有任何可调参数的情况下以惊人的1%的精度计算。
英文摘要：
We analyze the dependence on neutrino energy of the gravitational attraction between ultrarelativistic neutrinos using Special Relativity and the equivalence principle of inertial and gravitational mass. It is found that when accounting for the special relativistic increase in particle mass with particle speed, then this gravitational force reaches the value of the Strong Force at a neutrino energy of 313 MeV, corresponding to the effective mass of a quark. This force can sustain the rotational motion of self-gravitating neutrino triads or electron/positron-neutrino pairs, and thus lead to the self driven generation of mass, i.e. of hadrons and bosons, the masses of which can be computed with an astonishing precision of 1\% without any adjustable parameters.
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