Descartz2000
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Any thoughts on the article in Science Daily this week regarding the Universe being chaotic immediately following the Big Bang?
The discussion centers on the nature of the universe immediately following the Big Bang, debating whether it was chaotic or orderly. Participants reference the concept of supersymmetry, which suggests that all four fundamental forces were unified and had the same strength during this period. The second law of thermodynamics is invoked to argue that the early universe was orderly, as entropy cannot decrease. However, others assert that the universe's sensitivity to initial conditions indicates chaos, particularly in the context of chaotic inflation theory, where random initial conditions lead to varying inflationary outcomes across different regions.
PREREQUISITESAstronomers, physicists, and students of cosmology interested in the fundamental nature of the universe and the interplay between chaos and order in cosmic evolution.
Phyisab**** said:Link? It does not sound unreasonable, chaos is everywhere. Even out solar system is slightly chaotic. Waveparticle, I'm not sure what you're trying to say?
Kevin_Axion said:Chaos means that something is extremely sensitive to initial conditions such as weather patterns and double hinged pendulums and of course, Brownian motion. So if the universe were slightly different everything would change, which is true therefore the Universe is chaotic.
Kevin_Axion said:Yes, your confusing yourself with entropy.
Nonsense. Chaos is everywhere. http://en.wikipedia.org/wiki/N-body_problem . A chaotic system can certainly become non chaotic if the parameters are varied.Waveparticle said:My point was to say that the early universe was not chaotic because if you look at the universe around you now everything is quite orderly. Since "chaos" theoretically cannot become more orderly only more chaotic.