Purpose of a Black Hole in an Organized Universe

On Wed, 3 Mar 2004 wrote:

The Universe has had billions of years to organize itself and it is
not just random kaos any more. Our solar system and billions of others
seem to be fairly well organized or there would be constant kaos.
Black holes have organized themselves at the center of galaxies where
there are greater gravitational forces and that organization implies
to me that there is some kind of purpose for it. But what might that
purpose be?

Would anyone care to venture a theory as to the purpose of a black
whole.

To keep a galaxy together.

wrote in message
om...
The Universe has had billions of years to organize itself and it is
not just random kaos any more. Our solar system and billions of others
seem to be fairly well organized or there would be constant kaos.
Black holes have organized themselves at the center of galaxies where
there are greater gravitational forces and that organization implies
to me that there is some kind of purpose for it. But what might that
purpose be?

Would anyone care to venture a theory as to the purpose of a black
whole.

Just because there is organization doesn't mean there is a purpose involved.

In article , harrymurphy1
@bigmailbox.net says...
The Universe has had billions of years to organize itself and it is
not just random kaos any more. Our solar system and billions of others
seem to be fairly well organized or there would be constant kaos.
Black holes have organized themselves at the center of galaxies where
there are greater gravitational forces and that organization implies
to me that there is some kind of purpose for it. But what might that
purpose be?

Would anyone care to venture a theory as to the purpose of a black
whole.

Not that it has to have a purpose, but if it does, perhaps it's to recycle
matter. Black holes do after all emit energy, which is theoretically
convertable back to matter. For that matter, if you have a bunch of black
holes of approximately the same size arranged around you in space, their
attraction could cancel each other out and provide regions of stability.

wrote
Would anyone care to venture a theory as to the purpose of a black
whole.

Space is infinite in size and goes back infinitely in time. Our
"known universe" is the result of one big-bang but there are
an infinite number of others. Black holes are natures way of
fighting entropy by concentrating matter and energy. A black hole
collects until it reaches a limit where matter and gravity break
down and the energy explodes outward making another "universe".
When we get telescopes good enough, we will see the other
universes nearby ours. Because of this black-hole/big-bang
cycle, entrophy does not equalize everything in space even over
billions of billions of years.

-- Vince

wrote:

The Universe has had billions of years to organize itself and
it is not just random kaos any more. Our solar system and
billions of others seem to be fairly well organized or there
would be constant kaos. Black holes have organized themselves
at the center of galaxies where there are greater
gravitational forces and that organization implies to me that
there is some kind of purpose for it. But what might that
purpose be?

Would anyone care to venture a theory as to the purpose of a
black whole.

'Purpose' denotes intelligence. Since there is no reason to
think that an intelligence is responsible for the universe, there
is no reason to think that there is any 'purpose' at all. A
black hole is just the inevitable result of a very large amount
of matter occupying a very small volume of space.

I am trying to think of any existing experiments that might contradict
my theory below. Can anyone think of any?

If we could show that photons had gravitational interaction with
other photons, that would cause problems with my exploding black
hole theory. But the forces would be so weak I am sure we could not
detect the effect.

It seems like normal matter (non-photons) particles (electrons,
positrons, etc) could be made from a standing wave. So the idea
that at some density normal standing-wave matter can no longer
maintain a standing wave seems plausible. It also seems plausible
that only standing-wave matter generates gravity.

If there were some violation of conservation of energy/matter
then that would be a problem for the theory, but it seems things
could be such that they work out.

We know that photons are attracted to gravitational bodies, so
it seems reasonable to assume that such bodies are attracted
to the photons for conservation reasons. While it is reasonable
to guess that photons have gravitational interaction with
other photons, it does not seem like this can be concluded
for sure. If they don't, then it seems a black hole could
explode. And if they do explode, it seems like it would be
a Big Bang.

-- Vince

(Vincent Cate) wrote in message om...
on sci.space.science "Purpose of a Black Hole in an Organized Universe"
Space is infinite in size and goes back infinitely in time. Our
"known universe" is the result of one big-bang but there are
an infinite number of others. Black holes are natures way of
fighting entropy by concentrating matter and energy. A black hole
collects until it reaches a limit where matter and gravity break
down and the energy explodes outward making another "universe".
When we get telescopes good enough, we will see the other
universes nearby ours. Because of this black-hole/big-bang
cycle, entrophy does not equalize everything in space even over
billions of billions of years.

-- Vince

* (Vincent Cate) schriebt:
I am trying to think of any existing experiments that might contradict
my theory below. Can anyone think of any?

If we could show that photons had gravitational interaction with
other photons, that would cause problems with my exploding black
hole theory. But the forces would be so weak I am sure we could not
detect the effect.

I didn't read further than here, because it's trivial to show gravitational
interaction between photons. Consider two very light spheres inside which are
confined by some kind of force two very great masses. These two spheres are
gravitationally attracted to each other. Now let the masses blow up, say, by
way of hydrogen fusion as in a hydrogen bomb. The gravitational attraction
between the spheres cannot simply disappear, hence those photons attract.

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