Inflation can effectively be called a "magical" effect because it does not hold any basis in science. But Einstein's General Law of Relativity proves that nothing can travel faster than the speed of light. The problem is, Inflation states that after the Big Bang, all the particles in the universe traveled faster than the speed of light. Why it's a problem Big Bang theorists have tried to use a magical effect called "inflation" to solve several of the obvious problems, including the Horizon Problem and the Flatness Problem. However this is not the case, further disproving any Big Bang from ever happening.ħ Lack of universal galactic uniformity contradicts the fundamental aspects of the Big Bang theory For example, in one direction we might see stars and galaxies but in another direction we might see exotic forms. Instead it would be a vast array of different types of things. It wouldn't be the same planets, stars, and galaxies in every direction. Thus, the Big Bang could not have happened.Īdditionally, although this is in fact yet another issue (one that has been addressed before), if the universe happened totally randomly then there should be all kinds of different forms that we should see as we look out into space. This is a serious problem for the Big Bang theory because we're looking at the "early universe" yet it doesn't appear very early at all. However, instead we see stars and planets just like in our own galaxy. We shouldn't see fully formed stars and planets. However, since the Big Bang was supposed to occur only 13.7 billion years ago, then we should be looking at the early pre-formed universe. However, no matter how deep we peer into space, still we see no evidence of a Big Bang.Ī quick google search showed me that even in 2012 we have been able to see 13.2 billion light years, which is see the equivalent of 13.2 billion years into the past. As a result, this is the first time this problem will ever be posed (although I recognize the possibility that someone at some point may have posed the same or similar problem).Įssentially, the problem is that if the Big Bang occurred 13.7 billion years ago, then the deeper we peer into the universe, the closer to the Big Bang that we should see. Why it's a problem This is my own idea that I just came up with (all the other ideas listed are well known and documented).
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