Does Cyclical Universe Theory Account for Matter Distribution Anomalies?

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SUMMARY

The discussion centers on the Cyclical Universe Theory, which posits that the universe undergoes a series of expansions and contractions, specifically the Big Bang followed by a Big Crunch. It references Einstein's early 1930s exploration of an oscillating universe. A key point raised is the possibility that remnants from a previous Big Crunch could explain the non-uniform distribution of matter observed after the Big Bang. The concept of vacuum energy creating pressure to prevent total collapse is also highlighted as a critical factor in this theory.

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Newton2041
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Who first proposed a cyclical universe -- Big Bang / Big Crunch / Big Bang / etc. ?

Do any current models account for remnant material outside the Big Crunch as a possible explanation for the non-uniform distribution of matter following the Big Bang?

In other words, is it possible that a previous Big Crunch didn't crunch everything in that universe?

Thank you for commenting.
 
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While I don't know if he was the first, I did read that Einstein flirted with the idea of an oscillating universe in the 1930's. As for the second part of your question, if I understand you correctly, it is possible that a previous "big crunch" didn't crunch everything. In such a case the gravitational force crushes everything together, but before reaching a singularity vacuum energy causes a "pressure" so great that it prevents total collapse and the universe "bounces".
 

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