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https://en.wikipedia.org/wiki/Entropy_(information_theory)#Maximum … this from
@GRITCULT is the closest to what I'm thinking about.. still trying to wrap my head around. Relevant sections: Relationship to thermodynamic entropy (also main article), Entropy as information content -
well if matter = information matter density => information density black holes emit hawking radiation they emit information so in a sense information is not "lost" if i understand correctlypic.twitter.com/18AUrE37mN
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however this is also the basis of the information paradox that there is some inner information "black holes do not cause information to be lost, and that general relativity, but not quantum theory, must be modified." - hawking some say it transfers info to quantum entanglementpic.twitter.com/uFdE63Zdta
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just me waffling now but you could say via quantum entanglement the information crosses time barriers so the 4th dimensional view of the universe, the information is not lost but then via time frames, there would be discrepancies not sure =>possibly avoiding entropy death
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I'm not well versed enough in quantum theory to be honest. This is going to be a lot of work.. Tagged
@DavidDeutschOxf. Let's tag a bunch of physicists to either tell us we're on to something or that we're stupid. If they tell me I'm stupid, I know I'm on to something.
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Nothing is 100% predictable. Can Nothing exist?
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Because nothing is 100% predictable, nothing can't exist 'in time'. Nothing 'in time' is 100% predictable. What enters the event horizon becomes 100% predictable. Therefore it falls out of time. Everything unpredictable exists.
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reminds me of Shannon's encoding theorem - information encodes messages about uncertainty
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Shannon's work touches everything
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