Einstein's General Relativity equations suggest that the universe started off as an infinitestimal small point, high-energy, very low entropy, singularity. And then rapidly expanded at an enormous speed, cooling, and experiencing phase transitions over time. Has anyone noticed that the starting out very, very small and growing into far larger size seems to be a scheme found throughout nature, especially with life? Here's a parallel: human life starts out relatively small in a high-energy, low entropy state (the fertilized egg), and rapidly grows larger, relatively speaking. As it does so, energy decreases and entropy increases, much as it does with the universe. Does patterns in size, energy, and entropy suggest an underlying commonality in all things in nature? I believe it does just that. For examle, if we want to know about what happen prior to the singularity, just study events in fertilization prior to nuclei fusion and then extrapolate from the patterns.
Any thoughts?
2007-07-22
09:17:09
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10 answers
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asked by
Bob D1
7