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gb wrote:
Then it seems the rate of the star's spin changed to a level where the star did not have to come to a black hole, but span up and up. Without science models in computers this is hard to explain. Supernovas are an important piece in explaining dark matter. A 10-million solar mass star sounds to me like an entire galactic gas cloud undergoing fusion as a big block. In today's universe, that gas cloud would break up into regions of contraction where a star would form. But in the early universe, the whole gas cloud would undergo fusion, because everything everywhere was so hot back then. The gas cloud would probably span several light-years, so each of these stars could've been several light-years in diameter by itself. Yousuf Khan |
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