连接时间、温度和宇宙宇宙学常数的量子力学关系：伽莫夫关系作为特例再讨论
A quantum mechanical relation connecting time, temperature, and cosmological constant of the universe: Gamow's relation revisited as a special case
摘要：
考虑到我们膨胀的宇宙是由引力相互作用的粒子组成的，这些粒子描述了亮物质和暗物质的粒子，而暗能量由平坦三维空间中点之间的排斥调和势描述，我们导出了宇宙微波背景辐射温度、年龄和宇宙宇宙学常数之间的量子力学关系。当宇宙学常数为零时，我们得到一个系数更好的伽莫夫关系。另外，当以宇宙微波背景温度为2.728 K，宇宙年龄为140亿年时，我们的理论预言了一个宇宙学常数$2.0 10^{-56} {\rm {cm^{-2}}}$的值。
英文摘要：
Considering our expanding universe as made up of gravitationally interacting particles which describe particles of luminous matter and dark matter and dark energy which is described by a repulsive harmonic potential among the points in the flat 3-space, we derive a quantum mechanical relation connecting, temperature of the cosmic microwave background radiation, age, and cosmological constant of the universe. When the cosmological constant is zero, we get back the Gamow's relation with a much better coefficient. Otherwise, our theory predicts a value of the cosmological constant $2.0 10^{-56} {\rm {cm^{-2}}}$ when the present values of cosmic microwave background temperature of 2.728 K and age of the universe 14 billion years are taken as input.
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