二参量描述的超光速中微子述的超光速中微子(英文)

Two parameters describing a superluminal neutrino

根据中微子质量平方是负值的实验数据 ,提出了一个关于超光速中微子的量子理论 .用一个和最大宇称破坏相关的质量项将两个Weyl方程耦合在一起 ,得到一个描述具有永久螺旋度且超光速运动的中微子的新方程 .超光速粒子的速度在( 0 ,∞ )范围内变化 ,其内部相干迭加的两个矛盾场的相对变化导致亚光速粒子和超光速粒子的各种奇异特性 .这个理论和狭义相对论是兼容的 。

Based on the experimental data that the mass square of neutrino might be negative, a quantum theory for superluminal neutrino is proposed. Two Weyl equations coupled together via a mass term respecting the maximum parity violation lead to a new equation which describes the superluminal motion of neutrino with permanent helicity. Various strange features of subluminal and superluminal particles can be ascribed to the relative variation of two contradictory fields superposing coherently inside the particle with the change of its speed u in the whole range (0< u <∞). Being compatible with the theory of special relativity, this theory may have various applications.