Re: News: Einstein's Warping Found Around Neutron Stars.

On Sep 1, 7:50 pm, rick_so...@xxxxxxxxxxx wrote:
So it gets left behind along the t axis.
Still fighting like mad to expand along with the rest of the universe,
but not able to keep up. So that creates a hole, and things fall into
that hole and that mass increaes but it has a long way to climb out of
that hole, and so it can't do that, but it does send out jets of
energy, Hawking Radiation, and then eventually, it gets enough mass,
that the universe just overcomes that region of space-time, and blasts
it forward. In an incredible explosion.
The largest explosion in space ever recorded, was a super massive
black hole, and it has been exploding, in the process of exploding for
100 million years. Still exploding.
Thats a big explosion.
And it even wipes out, some of the quantum foam. large area of the
ether, just gets flat lined by that explosion.
It flattens those miniscule bubbles of foam in a large area and
totally disintegrates matter in the process leaving for a short
moment, a perfect vacuum, like a wormhole.
Well I don't know how short the moment is, but when the foam rushes
in, it explodes.

And this has been done in the laboratory.
By taking Bose Einstein condensate, and taking to almost absolute 0.
And as soon as you flat line the quantum foam, you create a perfect
vacuum.
So matter rushes in, it implodes, and then it explodes.

And the interesting thing is, that the Bosenova was predicted. Using
modern theory. The expanding man model in fact.
The two balloons in the void expanding into n dimensional space and
etc.
Before it happened.
I and maybe a few other people were a little concerned about doing
that, because it might have sustained a reaction.
But its like why do you climb a mountain, and it had to be done.
Creating black holes in the lab only in miniature.
And even the momentum, of the nucleus bubble, hitting the foam, that
little slap as it burst (figuratively speaking), was predicted, and
was measured.
That preserved the conservation of momentum, and ties in with the
second law of thermodynamics.
So the conservation of energy was preserved.
But!, the standard model failed to explain or predict this behavior,
although Einstein, did predict similar, and it is all in accordance
with SR and GR and as I say, what happened was predicted to happen,
based on those two theories, so because of that, we know that we have
the correct physics right down to the properties and behavior of the
quantum foam.

http://en.wikipedia.org/wiki/Bose_einstein_condensatehttp://en.wikipe...

So we are pretty certain we have the correct physics, from the macro,
with supermassive black hole explosions,
right down to the micro, with the Bosenova, using quantum theory, SR
and GR.

The model we use, just helps to make it easier to understand, because
it gets so complicated.
And if you are peer reviewing something, it is easy to pass something
off for publication etc if you don't have a good model that explains
things in a simple way.
The Standard model still encodes the data, (they just add things to
it) but the understanding of the overall concepts, comes from a
simpler model, that most people can easily grasp.

So now then it becomes interesting.
Now that we have a cohesive physics, that applies on all levels, we
can use that knowledge in other fields, to see where it all fits
together.
Like in molecular biology, and in paleontology as well.

.

Relevant Pages

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