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Thoughts connecting Le Sage's theory, black holes, MOND, dark matter, dark force.



 
 
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  #1  
Old December 29th 08, 10:24 PM posted to sci.astro, sci.physics
Jan Panteltje
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Posts: 453
Default Thoughts connecting Le Sage's theory, black holes, MOND, dark matter, dark force.

Some time ago I postulated that Le Sage (push gravity) particles could originate in stars.
But maybe those originate in black holes.

Now what would happen?

1) The universe would push itself apart (expanding faster and faster). Check.
2) It is said that the outer stars in a galaxy move too fast for the mass of
the galaxy, so there should be some extra invisible (dark) matter (around
that galaxy).
However, the problem could perhaps be solved when we say that the inner
stars are too SLOW.
This, because of the Le Sage particles originating from the black hole at
the centre of the galaxy, _reduce_ gravity near that black hole,
stars feel less attraction in that area, need a slower speed to keep in
orbit and not fall into the black hole.
That takes care of dark matter, and MOND. Check.

Simple explanation, that makes sense, and does not propose some unknown physics.
  #2  
Old December 29th 08, 10:34 PM posted to sci.astro, sci.physics
Jan Panteltje
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Posts: 453
Default Thoughts connecting Le Sage's theory, black holes, MOND, dark matter, dark force.

On a sunny day (Mon, 29 Dec 2008 22:24:14 GMT) it happened Jan Panteltje
wrote in :

Some time ago I postulated that Le Sage (push gravity) particles could originate in stars.
But maybe those originate in black holes.

Now what would happen?

1) The universe would push itself apart (expanding faster and faster). Check.
2) It is said that the outer stars in a galaxy move too fast for the mass of
the galaxy, so there should be some extra invisible (dark) matter (around
that galaxy).
However, the problem could perhaps be solved when we say that the inner
stars are too SLOW.
This, because of the Le Sage particles originating from the black hole at
the centre of the galaxy, _reduce_ gravity near that black hole,
stars feel less attraction in that area, need a slower speed to keep in
orbit and not fall into the black hole.
That takes care of dark matter, and MOND. Check.

Simple explanation, that makes sense, and does not propose some unknown physics.


And this also puts a limit on black hole size. Check.
  #3  
Old December 30th 08, 07:21 AM posted to sci.astro,sci.physics
gb[_3_]
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Posts: 1,501
Default Thoughts connecting Le Sage's theory, black holes, MOND, darkmatter, dark force.

Some time ago I postulated that Le Sage (push gravity) particles could originate in stars.
But maybe those originate in black holes.

Now what would happen?

1) The universe would push itself apart (expanding faster and faster). Check.
2) It is said that the outer stars in a galaxy move too fast for the mass of
* *the galaxy, so there should be some extra invisible (dark) matter (around
* *that galaxy).
* *However, the problem could perhaps be solved when we say that the inner
* *stars are too SLOW.
* *This, because of the Le Sage particles originating from the black hole at
* *the centre of the galaxy, *_reduce_ gravity near that black hole,
* *stars feel less attraction in that area, need a slower speed to keep in
* *orbit and not fall into the black hole.
* *That takes care of dark matter, and MOND. Check.

Simple explanation, that makes sense, and does not propose some unknown physics.


What I hears is that stars have similar speeds in a spiral galaxy on
average in the inner and outer regions, except in the very close
region to the core of the galaxy where the speed of stars speed due to
the presence of a supermassive black hole. What I heard also is that
dark matter is stronger near the
center of the galaxy.

The answer is that the mass that rotates around the central axle is
mass
that is carried by the axle. If one mixes centripetal (gravity) with
centrifugal (rotating outward force), the combined forces elevates
motion and speed.
This hightened speed should be observable throughout the galaxy.
Objects
move faster. Now if speed rises, than it makes it look like at the
central axle as if more weight was carried by the galaxy wheel's axle.

This was tested by me to be true, I made a gravity wheel, with
centripetal
and centrifugal forces and found a somewhat similar rotating speed,
but more rotating force emerged if the wheel had centripetal pulling
and centrifugal widening of the wheel at the same time (wider if spins
faster, weights come closer to the center if rotation slows). I gave
the wheel some acceleration and the wheel that had this arrangement
rose the seeming deducted weight carried at the axle. I created
artificial dark matter mass in a wheel.

If you want the answers you will need to study my dark matter theory.
It is already solved, tested experimentally to be true.

www.NewDirectionEurope.com/dark_matter

Only one thing at a time, no black holes, no dark energy. If you try
to solve why stars move too fast, you need to consider this theory,
which alone takes years of analysis, but it is a finding and solution.

 




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