It should be noted that the Big Bang theory has received criticism because it ignores the theory of an oscillating universe. Also, no first cause from the Big Bang has ever been successfully identified. Futhermore, critics of the Big Bang point out that not everything in the universe is actually moving apart from everything else as some galaxies have collided with other galaxies in the past, although this could be explained through understanding of classical mechanics.
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It should be noted that the Big Bang theory has received criticism because it ignores the theory of an oscillating universe. Also, no first cause from the Big Bang has ever been successfully identified. Furthermore, critics of the Big Bang point out that not everything in the universe is actually moving apart from everything else as some galaxies have collided with other galaxies in the past, although this could be explained through understanding of classical mechanics.
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The big bang theory is entirely unable to explain the matter-antimatter asymmetry. If the big bang theory did happen as they say, matter and antimatter would have been created in equal quantities. When antimatter was first discovered in the 1930's, scientists immediately began looking for traces of it in the universe. No traces have been found except what we produce in particle accelerators and positrons produced by a type of radiation called positron emission. This asymmetry means that the big bang theory would have had to violate the laws of physics, since matter would have had to be produced without its antimatter partner, which violates the laws of conservation of electric charge and mass. There was some excitement in the 1970's about electroweak symmetry breaking as a method by which the matter was "preferred" over antimatter, but the infrequency of the weak force made them conclude this was impossible.