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http://www.space.com/scienceastronomy/astronomy/gravastars_020423.html
I pose this question: could our "big bang" theory (as we know it now) describe what could really be happening inside a black hole (err "gravastar")
Think about this: the expansion of the universe (as we see it right now) is simply due to more and more matter falling into the "gravastar" in which our universe lies!
When a black hole forms -- does it expand really quickly at first (like the big bang), then slows, etc. In other words, could the sequence of events in the big bang (and onwards to the present time) mirror the events that happen with a black hole/gravastar?
I pose this question: could our "big bang" theory (as we know it now) describe what could really be happening inside a black hole (err "gravastar")
Mottola and Mazur have taken their extreme idea to a mentally dizzying new level: The say our entire universe may be the interior of a giant gravastar.
Think about this: the expansion of the universe (as we see it right now) is simply due to more and more matter falling into the "gravastar" in which our universe lies!
When a black hole forms -- does it expand really quickly at first (like the big bang), then slows, etc. In other words, could the sequence of events in the big bang (and onwards to the present time) mirror the events that happen with a black hole/gravastar?
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