引力波与光线近日偏折

Gravity waves and perihelion deflexion of light

先回顾了爱因斯坦在1915年的光线近日偏折的预言,然后提出了共旋引力波假说,对引力本质、光线近日偏折机理提出探索性意见。认为一个匀角速度自旋的系统,系统中每个质点均会产生向心力,该力作为受迫振动的强迫力使系统共振,稳定的共振状态的自旋系统会从自转轴中心始发出频率与自旋频率相同的引力波,引力波为球面简谐波。运用能量守衡原理和引力波函数计算出光线近日偏折角度,与观测值有较好的符合。因此可以认为光线近日偏折现象是对共旋引力波假说的一种验证。

After reviewing Einstein's prediction on the perihelion deflexion of light,a hypothesis of cospin gravity waves and some comments on the theoretic aspect of the perihelion deflexion of light are also given. In a spin system with uniform angular speeds, every particle will acquire radial forces which will force the system produce resonance. A spin system with stable resonance states can produce gravity waves with the same frequency. The gravity wave is a spherical harmonic wave. By the law of energy conservation and the wave function of gravity waves we can get the angle of light perihelion deflexion. The result coincides very much with the observation value. This may be considered as an illustration of the author's hypothesis of cospin gravity waves.