论文标题
来自黑洞的偏振光可以是比重下真空的光动作更快地产生的cherenkov辐射的象征
Polarized light from black hole can be a symbol of Cherenkov radiation generated by Faster Than Light movement in vacuum under gravity
论文作者
论文摘要
在爱因斯坦的一般相对论理论中，光速被认为是常数。在本文中，发现来自黑洞Cygnus X-1的偏振光与重力下真空中的光移动速度更快地与Cherenkov辐射相吻合。因此，证明重力镜头是一种真实的存在，空间的折射率确实随重力场而增加，并且光速随重力势能而变化。讨论了验证地球理论的可能实验。提出了一种在较低重力势能区域找到更先进的外星文明的新方法。
Light speed is assumed as a constant in Einstein's general relativity theory. In this paper, the polarized light from black hole Cygnus X-1 is found fit well with Cherenkov radiation generated by Faster Than Light movement in vacuum under gravity. Thus, proved the gravitational lens is a real existence, the refractive index of space did increase with the gravity field, and light speed is changeable with gravitational potential energy. Possible experiments to double verify the theory on the earth is discussed. A new way to find more advanced alien civilizations in lower gravitational potential energy area is proposed.
