Originally posted by T-rex
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While it is clear that a solid body can move at speeds greater than that of sound trough the air, or with speed greater than the propagation speed of waves trough water, that does not mean a body can move faster than the (local) speed of light just like that.
I mean, we are talking about bodies, "things", made up of waves. "Things" that cannot be considered "solid" with respect to the aether just like that.
Now I'm not saying it's impossible for particles to travel faster than the local speed of light, but I think you would need to establish a situation whereby the aether that is flowing around within the body is much more stiff than the "background"/"surrounding" aether the body moves trough. You would sort of need an "ice-like" aether body moving trough a fluid-like aether medium.
So, it would be very interesting to know whether or not the aether has different phases and some kind of temperature. Paul Stowe's work suggests that may very well be the case:
Tuks DrippingPedia : Stowe The Cause Of Gravity EM And QM
Since we can treat the vortices as quasi-particles, given a sufficient density, this system can also be consider a complex form of standard kinetic theory, as modified to account for interactive forces extending from the vortices. Thus this system will also have a form of pressure, density, temperature and fundamental action.
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