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There was a paper I linked to several months ago that described how globular clusters, and intermediate mass black holes could form. It was pretty easy to draw the comparison from that to this idea, i.e. that supermassive black holes form first, and the bulge part of the galaxy forms next from material that is shot out of the forming black hole. Some fraction of this material turns into stars, and has sufficient momentum, and low enough surface area that it will not be blown out a second time by the intense wind. Some of these stars add to the mass of the black hole [about one in a thousand], and most become first generation bulge stars.
If the observation in this story is validated, it should put a big hole in the old Arpian idea that quasars are ejected from galaxies.
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It realy takes nothing more than common sense to come to a conclusion, with the following givens:
a) in the early universe, stars formed and collapsed in a rapid cycle B) it takes a long time for galaxies to form So, it's only logical that the holes would come first. But, this brings up a new question: how did so many mini-holes produce SMBH's? |
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Perhaps these " astronomers " should change theories, as this is the future.
http://www.electric-cosmos.org/ Prime |
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"You guys" indeed, just imagine how large a Universe we would be living in when Arp is correct, I think Hubble would have liked such a Universe. Cheers. |
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Ok I think I understand orbital dimanics :blink: So it might be a young SMBH or it could be a very old one that has vacumed its local area clean. How could you be sure ? as to which came first. Even the smallest black holes are formed from larger star colapse avents are they not? So wouldent a much larger one need a larger colapsing to start with. I'm going to think about this.. and its not something I'm good at. ![]() |
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I watched Supermassive Blackholes on the Science channel last night. http://science.discovery.com/schedule/epis...d=0&channel=SCI
Some interesting stuff. They said that there was a correlation between the speed of the stars on the outside of a galaxy and the size of the black hole. Found by some lady at Rutgers. |
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sounds like an Chicken or the Egg story
I don't really mind which were first as long as it helps us understand the formation of matter and the state of the universe soon after the big bang. Some think temperature played a real role, calling the universe a blackbody which cools as it expands from the Bigbang. It is thought the primordial gas and matter formed the first proto-Galaxies...so if I were to call it I'd say maybe galaxies came first however others may state that all galaxies have blackholes inside and some astronomers think there is a supermassive black hole in Andromeda, so did the blackhole come before or after this ? |
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All civilizations become either spacefaring or extinct.~ Carl Sagan ~ Humanity must rise above the Earth, to the top of the atmosphere and beyond, for only then will we fully understand the world in which we live.~Socrates, 500 B.C. ~ Let every man judge according to his own standards, by what he has himself read, not by what others tell him. ~Albert Einstein~ |
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There have been a few theories about SMBHs. In an early story here in UT (I can't locate it, sorry) there was some discussion about irregular galaxy-sized clouds of hydrogen that didn't seem to be forming stars. There is a possibility that such a galaxy will not evolve into a star-forming galaxy unless it has a black hole.
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All civilizations become either spacefaring or extinct.~ Carl Sagan ~ Humanity must rise above the Earth, to the top of the atmosphere and beyond, for only then will we fully understand the world in which we live.~Socrates, 500 B.C. ~ Let every man judge according to his own standards, by what he has himself read, not by what others tell him. ~Albert Einstein~ |
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deosn't any one ever answer???!!!???
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one day i hape the human race will unite but not out of a need for survival but out of love not hate and should that day not come then all of humanity is a failure [thebest@vzavenue.net |
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