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Has the following explanation for the large scale structure of the universe been considered and discounted?
Consider a universe many billions of times the size of the observable universe, so big that the homogeneous nature of the universe could even be an illusion.
At a very large distance away, it may be possible that the events of the "big bang" could be still taking place, resulting in a universe which is continually being renewed, with matter and energy there undergoing continuous inflation.
This continual inflation energy would force the observable universe to move away rapidly, and also if the observable universe is relatively small, the expansion away from us might appear similar in all directions, as we mostly observe.
If this scenario has been going on for some time, there may even be gravitational acceleration towards a large amount of matter that is already out there.
Can the above explanation be discounted with information that we already have?
The recent paper on dark flow paper seems related to this. Kashlinsky et al. 2010. ApJL, 712, L81
On a separate note, some have wondered about an edge to our universe. If black holes are no longer a part of our universe, then perhaps the "edges" to our universe are in fact everywhere. Exit right from the pinball universe!
Just throwing it out there.. Until we get more information there are probably any number of possible explanations that appear to fit, but very fascinating nonetheless.
Consider a universe many billions of times the size of the observable universe, so big that the homogeneous nature of the universe could even be an illusion.
At a very large distance away, it may be possible that the events of the "big bang" could be still taking place, resulting in a universe which is continually being renewed, with matter and energy there undergoing continuous inflation.
This continual inflation energy would force the observable universe to move away rapidly, and also if the observable universe is relatively small, the expansion away from us might appear similar in all directions, as we mostly observe.
If this scenario has been going on for some time, there may even be gravitational acceleration towards a large amount of matter that is already out there.
Can the above explanation be discounted with information that we already have?
The recent paper on dark flow paper seems related to this. Kashlinsky et al. 2010. ApJL, 712, L81
On a separate note, some have wondered about an edge to our universe. If black holes are no longer a part of our universe, then perhaps the "edges" to our universe are in fact everywhere. Exit right from the pinball universe!
Just throwing it out there.. Until we get more information there are probably any number of possible explanations that appear to fit, but very fascinating nonetheless.