量子泡沫重力入流理论中的动力学速度叠加效应
The Dynamical Velocity Superposition Effect in the Quantum-Foam In-Flow Theory of Gravity
摘要：
新的引力"量子泡沫流入"理论解释了许多所谓的引力异常，特别是"暗物质"效应，现在认为这是空间本身的动力学效应，其强度由精细结构常数决定，而不是由牛顿的引力常量G决定。在这里，我们显示了一个实验上显着的近似动力学效应，即矢量叠加效应，当我们有绝对运动和重力流入时，在某些动力学条件下产生：这些过程的速度被证明是近似矢量添加剂在这些条件下。这种效应在解释来自检测地球绝对线性运动的众多实验的数据中起着关键作用。这种叠加效应的违反导致可观察到的效应，例如湍流的产生。流动理论还导致了涡量效应，重力探测器B陀螺仪实验将很快开始观察。如前所述，广义相对论预言的涡量效应（这里称为兰斯-瑟林"框架拖曳"效应）比新的引力理论要小。
英文摘要：
The new `quantum-foam in-flow' theory of gravity has explained numerous so-called gravitational anomalies, particularly the `dark matter' effect which is now seen to be a dynamical effect of space itself, and whose strength is determined by the fine structure constant, and not by Newton's gravitational constant G. Here we show an experimentally significant approximate dynamical effect, namely a vector superposition effect which arises under certain dynamical conditions when we have absolute motion and gravitational in-flows: the velocities for these processes are shown to be approximately vectorially additive under these conditions. This effect plays a key role in interpreting the data from the numerous experiments that detected the absolute linear motion of the earth. The violations of this superposition effect lead to observable effects, such as the generation of turbulence. The flow theory also leads to vorticity effects that the Gravity Probe B gyroscope experiment will soon begin observing. As previously reported General Relativity predicts a smaller vorticity effect (therein called the Lense-Thirring `frame-dragging' effect) than the new theory of gravity.
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