空间重力
Spatial Gravity
摘要：
哈勃对红移与距离的相关性揭示了宇宙正在膨胀，时空曲率随着时间的推移而增加。由于时间和空间具有同等的维度地位，因此在时间中移动的物体会因膨胀而经历越来越大的空间曲率，就像它在空间中朝着一个巨大的物体移动一样。所以膨胀必然会增加引力，而这种增加将与红移的量成正比。膨胀的动能就这样被交换成时空的曲率，这就产生了空间引力。因此，动量同时为空间引力和大质量引力提供了动力。因此，空间引力必须与宇宙的大小成正比，它与大质量引力结合在一起，产生了整体引力。因此，一个与宇宙大小成正比的宇宙学因子是合适的。而导致空间重力增加的膨胀，应该会导致膨胀自我限制。
英文摘要：
Hubble's correlation of red-shift with distance reveals that the universe is expanding, and that spacetime curvature has increased over time. And since time and space have equal status as dimensions, an object moving through time experiences increasing spatial curvature due to expansion, just as it does when moving through space towards a massive body. So expansion must increase gravity, and this increase would be proportional to the amount of red-shift. The kinetic energy of expansion is thus exchanged for curvature of spacetime, and this results in spatial gravity. Momentum therefore fuels both spatial and massive gravity. And spatial gravity, which must therefore be proportional to the size of the universe, combines with massive gravity to produce overall gravity. A cosmological factor proportional to the size of the universe is therefore appropriate. And the very expansion which causes increasing spatial gravity, should cause expansion to be self-limiting.
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