Sorry to interupt your current argument but I have a theory on precisely how the Big Bang happened. Not saying that God did not create the universe but how it happened. I posted something in a different forum about how energy still has the properties of gravity which is the basis of my speculation:
(energy has gravity)"I believe it does but we can not effectively measure it since one atom contains in the upper billions of joules of energy and since we can not contain large enough amounts of energy to equal the corresponding amount of matter (according to E=mc2) in a large enough quanity to measure its gravity, I don't know of any current way to measure "the gravity of energy" outside of knowing the exact amounts of matter and energy in our sun. But if energy does emit gravity then that could help answer questions about dark matter. Dark matter is the made up factor in wide scale physics. I am saying that dark matter is actually light matter. That is all of the light, heat, and radiation energy in the universe (or gravitational vicinity) that is throwing off calculations."
Outside my light matter idea I applied this to the Big Bang and black holes. Black holes have a large amount of matter in a small amount of space (I prefer to beleive the center of a black hole is made up of broken apart neutrons) and its escape velocity is equal to are greater than the speed of light. So I thought about how an object could escape a black hole and I did not come up with a way. If nothing could escape a black hole how did the Big Bang happen. The Big Bang contracts and expands over and over again correct. Well once it starts contracting the center of the universe contains a black hole long before all of the matter reaches the center. Therefore the Big Bang is the destruction of a universe sized black hole. This is where energy's gravity comes into play. A normal sized black hole is contsantly absorbing light, heat, and radiation energy and they are all going at the speed of light. The speed of light is also fast enough to maintain an orbit around the center of gravity in the black hole. Once enough energy is orbiting the black hole the gravity will switch to the outside of the black hole rather than the inside causing it to fall apart in an explosion, "a small bang". If a black hole is formed in the center of the universe before all of the mass and energy reach it, it is possible that a Big Bang could occur. The energy created from the Big Bang would break apart the remaining mass in the universe back into hydrogen such as studies show, starting the universe process all over again.
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