论时空的量子力学 中图分类号:O412.1 The space-time quantum mechanics Lai Zhongda (Xiamen business and Tourism College, Fujian Xiamen 361100 ) Abstract: the essence of gravitation, the general theory of relativity explain is the curvature of space-time, but for the time quantum fluctuation, we cannot establish a quantized space-time curvature theory. And when we hypothesize the existence of a quantum spacetime, for space-time quantum fluctuation, can have a very good explanation. This may indicate that, space time quantization is feasible. The article from the quantized space-time analysis, attempts to present a De Broglie wave theory of time and space. Key words: quantum mechanics; matter waves; the curvature of spacetime 1引言 对于引力,广义相对论描述为弯曲的时空,这是我们所知的:物体(星体)造成时空的曲率产生引力子,弯曲的时空造成时空涟漪形成引力波,引力子随引力波而传递,并与暗能量相互作用形成引力。然而,对于时空曲率状态下的粒子德布罗意波动,我们利用大尺度下的时空曲率无法与其相互描述而建立一个量子引力理论。则我们猜测时空亦具有量子性,同时具有物质波动,来解释量子引力的相关问题。 3结语 |
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