A video posted by my Facebook friend Rudy Maldonado combined with a comment about fluid dynamics posted by Freddie Thornton made me realize that the zero-point particles described in The Velcro Universe will in fact behave like a fluid.
The short video on how to make sand behave like a liquid is well worth spending a minute watching. If something as coarse and heavy as sand can become this fluid by the introduction of a few air bubbles, imagine how fluid zero-point photons and neutrinos moving at the speed of light would be.
Fluid dynamics may well be the best way to model the behavior of zero-point particles. Forces can then be understood as variations in density.
Without being in any way an expert on fluid dynamics, I can easily see how the mechanism described for forces in The Velcro Universe can be translated directly into this kind of physics. The over-pressures and under-pressures described in my book, translate directly into high and low pressure areas.
The mystery of action at a distance is easily explained in terms of fluid dynamics. The ether, which I call zero-point particles, acts like a perfect fluid with high pressure and low pressure areas located in between charged bodies as well as massive bodies.
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