摘要
从普朗克长度和量子曲率出发,可以得出量子引力方程。同时,距离从普朗克尺度到宏观尺度,再到宇观尺度,和物质从极高密度到高密度,再到低密度,量子引力方程将过渡到量子化广义相对力学方程,再过渡到牛顿力学方程。
Starting from Planck's length and quantum curvature, Quantum gravity equation can be obtained. At the same time, distance from the Planck's length to macro scale, and then to the cosmic scale, and material from extremely high density to high density, and then to low density, equation of quantum gravity will transition to the quantization of general relativity mechanics equation, and the transition to the equations of Newtonian mechanics.
出处
《科技风》
2016年第9期16-18,共3页
关键词
普朗克长度
量子曲率
量子引力
曲率比
引力量子
密度分布
量子化广义相对力学
Planck's length
quantum curvature
quantum gravity
curvature ratio
gravitational quantum
the density distribution
quantization of general relativity mechanics