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IanBeatbox
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I'm a college student in New York and I've been doing some thinking lately. Although mathematics is unfortunately one of my weaker subjects, I was wondering what you all might think of this idea. I've been reading about black holes and looking at different ideas of what the universe may look like. But none I've found posit that they may look like an exploding supernova (e.g. sn1987a). If the Big Bang theory is accurate, then could it be that the energy that propelled the Universe into being was similar to what happens when a star dies and becomes a black hole? The outer rings of the supernova match the toroidal model of the universe, but maybe we are just in that outer ring and if so, there should be another ring opposite the point of singularity. In this instance, there could be other events like this occurring beyond the limit of our "Universe". Maybe our exploding 'giganto-super star' that formed these outer rings is just one of many other giganto-super stars in what is truly a universe beyond the scope of our imagination.
My knowledge of physics is very limited, and this question arises out of limited observations of other cosmological events.
Another question: In the documentary A Brief History of Time, Stephen Hawking explains that black holes do give off a form of radiation. Is it possible that the point of singularity has a maximum potential for the matter it can absorb? If so, would it eventually reach a critical level and reform a new star?
Thanks for your time
My knowledge of physics is very limited, and this question arises out of limited observations of other cosmological events.
Another question: In the documentary A Brief History of Time, Stephen Hawking explains that black holes do give off a form of radiation. Is it possible that the point of singularity has a maximum potential for the matter it can absorb? If so, would it eventually reach a critical level and reform a new star?
Thanks for your time