The Reason the Early Universe Had No Light, the Only Element Which Existed During the Early Universe, the Distance Between Hydrogen Atoms Spread Across the Early Universe, the Result of Hydrogen Atoms Never Cooling Down, the Disparate Densities of Hydrogen Clusters Across the Universe, the Reason Gravity Could Not Produce Stars During the Early Universe, the Reason Hydrogen During the Early Universe Could Not Become Compressed by Gravity, the Conditions of the Early Universe Which Provided an Opportunity for Stars to Formulate, and How the First Stars Formed Within the Early Universe

The early universe had no light, as it had no stars to light it up. During the very beginning of the universes life, nothing but hydrogen atoms existed. These hydrogen atoms were spread great distances apart from eachother, with the approximation that if 1 hydrogen atom were the size of a ping pong ball, the hydrogen atom nearest to it would be approximately 200,000 kilometers away, which is nearly half of the distance between the Earth and the moon. Computer simulations have verified that the u...

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