🚀 go-pugleaf

On Jul 21, 8:51 pm, rick_so...@hotmail.com wrote:
> On Jul 21, 8:28 pm, rick_so...@hotmail.com wrote:
>
>
>
> > > > And I say that because if you happen to see one do that and claim that
> > > > is what you saw, who am I to say that you are nuts, if you see it do
> > > > that, see it land, then touch it, it is real and you burn your hand.
> > > > I am just saying that there is no proof of that and it seems
> > > > impossible according to our level of understanding.
>
> > > You see if you can see it? If you can see the ship, it is giving off
> > > waves isn't it?
> > > So light has no resistance in the foam, but dark energy waves, other
> > > waves in the spectrum, larger waves do add up and will push against
> > > the air molecules, and the skin, from the nuclei, of your ship, will
> > > press against the skin of the quantum foam bubbles.
> > > So if you bounce radar off it, then you assume it is solid.
> > > So then if radar is bouncing off it, why is the dark energy waves of
> > > the air molecules, which is just more em waves at a different energy,
> > > less energy but the same, not also bouncing off it, and if it does,
> > > then you have a mass problem.
>
> > > Again, take tow strong magnets, and hold like poles in proximity. That
> > > is what it feels like when these waves go against each other.
> > > Granted in a magnet the waves are aligned, but then you are feeling a
> > > small force there.
> > > Travel 6 thousand miles an hour in a several ton ship and do a 90.
> > > No living occupants in that ship.
> > > How could there be?
> > > Anything with mass has momentum.
> > > All that forward momentum, suddenly taking a 90?
> > > Well that is largely why scientists don't believe in flying saucers.
>
> > Could you transfer that momentum, from a forward direction, then take
> > a ninety, and just turn it, so the momentum is still there, but now
> > facing another direction?
> > I a very rapidly spinning disk, you might be able to.
> > And if, you inside of that ship, were not spinning, but an outer shell
> > was spinning, maybe you wouldn't be affected.
> > Or would you be?
> > Step on the gas with your windows up.
> > Do you feel that quantum foam pressing against you?
> > Of course you do.
> > Its everywhere and you are just going through it.
> > It is so small, that it permeates the universe.
> > Since inflation, the whole thing is foam.
> > So regardless of how your ship would handle the air resistance, you
> > have momentum relative to absolute space-time.
> > Yourself. Never mind the ship.
> > The earth drags a lot of it with it as it goes through space, as does
> > the moon and all other massive bodies, but small bodies feel the force
> > of accelerated mass in the form of G's.
> > So in your ship, how do escape the foam?
> > Is it a perfect vacuum? It can't be. Nothing can withstand that
> > pressure, even black holes explode.
> > So even in your flying saucer, you are traveling through foam.
> > Well what if the hull of your ship was solid nuclei like a neutron
> > star.
> > It would weigh as much as the earth then.
> > Its not as if you can just say well maybe our physics is not the right
> > physics it is the right physics and our current models, have been put
> > to the test and never failed even from the smallest imaginable test,
> > like measuring the momentum, of the skin, of a nucleus bubble, hitting
> > the quantum foam, after you drain it.
> > Predicted, proven, and in accordance with theory.
>
> So ok, the earth is plowing through the quantum foam no problem, large
> massive body, displacing a large area, and spinning to help to slough
> it off so it is not hitting it head on.
>
> So your ship then, sends out waves a mile in all directions, pushing
> the quantum foam away from you displacing a large area,
> and  your ship is spinning, to slough off head on wave fronts. It
> can't push the foam away but it can create a low pressure area, so
> that the foam will not bunch up, gain mass and hinder you through it.
> Well if they are real, then there must be some explanation, and maybe
> that could explain it.
> But you would see the clouds displaced if those waves were pushing the
> foam away, they would be pushing the air molecules away as the waves
> would be impacting the skin of the air and water molecules as it
> impacts the skin of the quantum foam.
> So then that leaves super fluid, capable of sloughing off the quantum
> foam in your surroundings, and you must carry your own foam under
> pressure, so you don't decompress and explode.
> The foam you carry with you, is not giving you resistance you don't
> feel G's because it is moving with you in your reference frame.
> The skin of your ship has a superfluid coating, which under all
> circumstances, will slough off the foam outside the ship so it has no
> resistance.
> Maybe even faster than light since if it can slough it off at 25 or 30
> thousand miles per hour, the quantum foam bubbles are not being
> compressed, and if they are not being compressed, the walls of the
> bubbles wouldn't be squished in until the hit each other, which is
> where you would have a problem at the light barrier.
> So all you have to do, is find a way to use the superfluid stuff of
> the universe,  to coat your ship.

You see with the million or so reports of flying disks taking off at
incredible speeds, not a single sonic boom.
How is that possible?
Unless there is no friction between the air and their ship.
No wave front.
We need to shoot some Bose-Einstein condensate or squirt it into a
target and coat something with it and accelerate it through a liquid,
and these sorts of experiments to see how it reacts with the quantum
foam of absolute space-time.