Stargazing Expanding Universe: A New Theory on Dark Energy, Black Holes & More

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The discussion revolves around a new theory proposing that matter from the Big Bang was pushed to the edges of space-time, leading to the formation of black holes that create the illusion of an accelerating universe. It suggests that black holes at the universe's edge could attract matter, influencing the perceived expansion rate. However, participants emphasize that there is no scientific basis for the existence of an "edge" or a "center" in the universe. The conversation highlights the lack of evidence for dark energy's role in expansion. Ultimately, the thread concludes with a dismissal of the proposed theory, reinforcing the need for established scientific principles.
mickael alain
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Hi everyone,

I was thinking of a new theory in physics regarding dark energy, black holes and the accelerating expanding universe.

What if most of the matter created by the Big Bang was pushed at the edge of the new created space/time like explosions, the matter is at the edge of the explosion and more rare in the center.

For that reason, black holes could have formed at the edge of our universe, attracting the matter giving the impression of an expanding universe quicker and faster.

But what would really matter, is those black holes. Are they still expanding or coming back to the center?

We know gravity and we know black holes exists. But so far nothing has been proven regarding dark energy that would expand our universe.

If this is true, the furthest galaxies nearest to the edge of our universe should accelerate more than the ones more central.Thank you for your time.
 
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mickael alain said:
Hi everyone,

I was thinking of a new theory in physics regarding dark energy, black holes and the accelerating expanding universe.
We do not discuss personal theories on PF, only scientific papers or textbooks and general questions of understanding.
What if most of the matter created by the Big Bang was pushed at the edge of the new created space/time like explosions, the matter is at the edge of the explosion and more rare in the center.
Neither is there any reason whatsoever to assume such a symmetry breaking could have occurred, but more important is the fact, that there is no such thing as an edge.
For that reason, black holes could have formed at the edge of our universe, attracting the matter giving the impression of an expanding universe quicker and faster.

But what would really matter, is those black holes. Are they still expanding or coming back to the center?
There is no such thing as a center either.
We know gravity and we know black holes exists. But so far nothing has been proven regarding dark energy that would expand our universe.

If this is true, the furthest galaxies nearest to the edge of our universe should accelerate more than the ones more central.
It isn't.
Thank you for your time.

Thread closed.
 
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