Re: [forcefieldpropulsionphysics] Is there a "gravitational constant"?
- See: http://www.cc.rochester.edu/College/RTC/Borge/aniso.html
Also see: http://www22.pair.com/csdc/pd2/pd2fre52.htm
Also see: http://www.sinor.ru/~che/Vdyatlov1.htm
> Hi Neil
> > This makes perfect sense. It couples with the fact that space has
> > also with the fact that light propagates faster when it is polarized left
> as opposed
> > to right hand circular,
> What is the evidence for this? I know that the speeds of propagation in
> certain crystals and other optically active substances will be different but
> the only case of a definite imbalance that I know of is for the molecules
> involved in living organisms. What is the evidence for light crossing
> > and with the recent astrophysical discovery that the
> > universe has a polarized axis.
> Again, what was the actual evidence? And how can they know that they are
> talking of a "universe" and not just a local galaxy effect, or even a solar
> system one?
> > These are all properties of the physical vacuum.
> Maybe, though it does not fit my picture ...
> > In addition, there are indications that gravitation can change with
> > time, as per the original data from the Michaelson-Morley experiment.
> Could you explain? On what scale would the changes have been?
> One tentative explanation I have come up with for Gershteyn's results is
> that in the normal course of events two very small forces balance out: an
> aether wind push and a blue shift pressure effect due to our motion relative
> to the fixed stars. (This is on the hypothesis that a large aether wind is
> actually driving us around the sun, so the one at the surface is just a
> small one due to us lagging behind a little.) If you put some apparatus in
> a vacuum chamber you cut out the aether wind effect but leave the blue shift
> I know it's a little far-fetched but would like to know more details of the
> experiment, and see it repeated alongside a repeat of Dayton Miller's aether
> drift experiments, at various seasons and locations.
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