论文标题
亚原子粒子作为量子宇宙
Subatomic particle as the quantum universe
论文作者
论文摘要
Wheeler-Dewitt方程的宇宙波函数很久以前出现在重力量化的方法中。目前，与其属于的外部宇宙相比，宇宙被认为是微源，非常小的宇宙。因此，这个微小的宇宙被认为是我们所生活的宇宙中的亚原子粒子（基本粒子）。在这里，可以将满足的Wheeler-Dewitt方程的此微积的波函数转换为量子（亚完全原子）粒子的波函数，这表明可以满足Schrödinger方程。长度尺度的倒数表明粒子的较小性出现在schrödinger方程中是粒子的质量。因此，这里显示的亚原子颗粒是量子宇宙。
Wheeler-Dewitt equation for the wave function of the universe appeared long ago in an approach to quantization of gravity. Presently, the universe considered as the microuniverse, very tiny universe compared to the outer universe to which it belongs. This tiny universe is, thus, supposed to be the subatomic particle (elementary particle) in the universe we live in. It is possible here to convert the wave function of this microuniverse satisfying Wheeler-Dewitt equation into the wave function of the quantum (subatomic) particle, which is shown to satisfy Schrödinger equation. The inverse of the length scale indicating smallness of the particle appears in the Schrödinger equation being the mass of the particle. Thus, the subatomic particles are shown here to be the quantum universes.
