量子泡沫、引力和引力波
Quantum Foam, Gravity and Gravitational Waves
摘要：
新的信息论过程物理学表明，空间是一个量子泡沫系统，重力实际上是量子泡沫进入物质的不均匀流入。该理论预测，相对于这个系统的绝对运动应该是可观察的，它在这里显示，绝对运动已被检测到在至少七个实验。此外，该实验数据还揭示了与流入相关联的引力波现象的存在。它表明，伽利略相对论和狭义相对论实际上是兼容的，与目前的信念相反：绝对运动实际上导致了狭义相对论的影响。新的引力理论通过了先前的牛顿和广义相对论理论的所有检验，而且还解决了许多引力异常，如螺旋星系的“暗物质”效应、椭圆星系中不存在“暗物质”、测量G时的不一致性、钻孔g异常等。这表明牛顿引力理论有很大的缺陷，因为它是从太阳系发展而来的，太阳系具有太高的球对称性，无法揭示引力现象的关键方面，而广义相对论继承了这些缺陷。这些数据揭示了空间是有结构的，因此首次表明了量子空间和量子引力效应的证据。
英文摘要：
The new information-theoretic Process Physics has shown that space is a quantum foam system with gravity being, in effect, an inhomogeneous in-flow of the quantum foam into matter. The theory predicts that absolute motion with respect to this system should be observable, and it is shown here that absolute motion has been detected in at least seven experiments. As well this experimental data also reveals the existence of a gravitational wave phenomena associated with the in-flow. It is shown that Galilean Relativity and Special Relativity are in fact compatible, contrary to current beliefs: absolute motion actually causes the special relativity effects. The new theory of gravity passes all the tests of the previous Newtonian and General Relativity theories, but in addition resolves the numerous gravitational anomalies such as the spiral galaxy `dark matter' effect, the absence of `dark matter' in elliptical galaxies, the inconsistencies in measuring G, the borehole g anomaly, and others. It is shown that Newtonian gravity is deeply flawed, because the solar system from which it was developed has too high a spherical symmetry to have revealed key aspects of the phenomena of gravity, and that General Relativity inherited these flaws. The data are revealing that space has structure, and so indicates for the first time evidence of quantum space and quantum gravity effects.
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