宇宙相对论时空映射及引力与量子力学的研究

The Relativistic Space-time Kinetics of Universe

当某质点在地球表面以远离地球表面的速度到达地球表面上方H处的过程,称为是该质点从地球表面处的闵氏空间映射到距地球表面上方H处闵氏空间的过程,则该过程是两个闵氏空间的保度规映射;光速体现的是宇宙时空背景的物理性质,宇宙时空背景的物理性质不同,其表现在该宇宙时空的光速也会不相同;且时空的物质场(或能量场)影响或决定着时空背景的物理性质。并依据质点在两个闵氏是空间映射过程的能量守恒、动量守恒,以及映射过程中的保度规性,论证了时空背景对质点所在时空质点的静止质量以及固有时和静止尺度的影响,以及本文与量子力学的融洽性。

The process of an object reached the top of the earth H with a speed of v away from the earth was called the process of two Minkowski mapping spaces,light reflected the physical properties of cosmic space-time background,the cosmic space-time backgrounds were different expressed the speed of light was different,and the space-time material affected the physical property of the space-time background. Then this paper discussed the impact of space-time background on the rest mass and dimension,and the harmony between quantum mechanics and the text according to energy conservation and momentum conservation.