🚀 go-pugleaf

On Jul 22, 3:01 am, rick_so...@hotmail.com wrote:
> > > > No I guess you can't compress the fluid. You can only compress the
> > > > bubbles, squish them or flatten them.
>
> > > Well that doesn't work because if you cannot compress that fluid, you
> > > cannot expand that fluid. No big suck.
> > > And so what would make the bubbles expand?
> > > If there was only the liquid that formed the bubbles, if the liquid
> > > was all bubbles. All foam.
> > > Then the big suck would work.
>
> > I don't know. There is just not enough information yet.
> > Perfect elasticity. That is what Einstein called it.
> > With regards to Brownian motion.
> > The idea that something can bounce back, with the exact same amount of
> > energy and no energy is lost to the medium.
> > Like a pin ball machine, elastic bumper, that would not absorb any of
> > the force, but would return the exact amount of force to the  ball,
> > that it hit the elastic with.
> > You see the quantum foam is expanding, so is the fkuid expanding with
> > it and if not, the fluid will get thin and the foam will brust and it
> > would have happened by now, you would think.
> > So then, does it have perfect elasticity?
> > Or at least a great deal of elasticity so that eventually the foam
> > will burst.
> > The other option, is that it is expanding into Hilbert Space. And is
> > not really changing in size in this 3D space.
> > But then you can see how that would work with balloons, because
> > surrounding the balloons is the void, and they can expand into that
> > void and you would not see any change except eventually the skin would
> > get too thin and pop.
> > Seeds of entropy. If there were seeds of entropy would that not mean
> > there would have to be, a seed for every bubble?
> > If you take a liquid in a bell jar and flip the switch evacuate it,
> > poof you get foam. Inflationary period of the universe.
> > It is still expanding.
> > Well, we don't have all the answers yet.
> > What if, they were not bubbles, but like cells, and using a form of
> > cell division, the universe was expanding.
> > Well that would mean that the universe doubles in size ever time they
> > divide and so that can't be right.
> > We should put condensate through as many tests as we can, and liquid
> > helium, and see what we can find out about the properties of the foam,
> > and the energy emitted.
> > I think we have found the missing dark energy though. If the foam is
> > expanding, and emitting spherical waves, then thats a lot of
> > background radiation permeating the universe.
>
> Yes that would be zero point energy.

"Well sand particles can act like a fluid"

But then why don't we see large pieces of absolute space-time in solid
blocks, where these irregular shaped sand bits have gathered together
and locked up?

How would a black hole ever explode if space-time in the center of a
black hole was a solid block of sand particles?
They aren't elastic.