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Message: <blockquote data-quote="Mononoke" data-source="post: 5649819" data-attributes="member: 238323">The answer to your question is actually in my response, all be it in a cryptic way. If your question was a honest one and not an sophomoric attempt at cynicism, I AM SINCERELY SORRY. The answer is, yes!Let me answer as best I can. The big bang theory in a nutshell states that the initially universe was just a point in space which expanded and cooled down resulting in our present universe. Why do we beleive this you ask. The theory of the big bang was formulated by tracing back light rays. it turns out that when you do this mathematically all light rays must converge on point in space at one point in time, and proceed no further. There are three principle observational evidence for the Big Bang. The Hubble law, Cosmic background radiation and nucleosynthesis. Taking pictures of deep space shows that all the galaxies are moving away from one another so people think that at some point in time they were much much closer. The background radiation is a type of radiation in the universe, it is possible to look back through time by looking at this. It essentially tells you how the temperature of the early universe changed, and the data we get from these measurements are exactly what the Big bang model predicts. Big bang theory also predicts the existence of certain exotic elements that occur under specific conditions within the big bang, astronomers have detected these predicted elements as well. Also Hubble has been able to give us pictures of increasingly early universe, you should be able to find those online.So that is the story of how we see the big bang.</blockquote>

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