Comments by "Zach B" (@zachb1706) on "Это уравнение изменит ваш взгляд на мир" video.

  1. It sounds like a very great expiriment tbh. It could have alot of implications in medical science.
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  2. Random does exist.
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  3.  @dankduelzperuvian  unpredictability is the only quality necessary to be called random. Heisenburg's Uncertainty princible states that it is impossible to predict both a particles position and it's velocity. Essentially, no matter how you measure, you cannot predict an outcome until you look. Randomness does exist. In fact, it's probably what lead to the creation of the universe itself.
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  4.  @dankduelzperuvian  yeah... so what if particle position = particle position. It's unpredictable, and a particles true position can only be fully known when you check. To repeat myself, randomness just means unpredicatblility. True ramdomness means unpredicictability even when you know every initial condition. Heisenburgs Uncertainty princible is one of many proofs that you cannot predict everything, therefore true randomness is real. QED
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  5. It didn't come at the costs of our humanity, it came at the costs of rabbits, which are probably a quadrillion times less significant.
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  6. Gravity doesn't effect mathematical equations
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  7.  @DonParlor  The equation was: x(n) = A * x(n-1) A is the fertility of the rabits (or as this video calls it, it's their growth rate). Therefore, different gravitational fields would just need a tweak to the A value. Your question is kinda like asking if Pi would change in higher dimentions. The constant is... well.. it's contstant. Nothing can change it.
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  8. Hopefully not
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  9. Lol, someones jealous
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  10. It's 1-x Simply as x gets bigger (1-x) gets smaller. This is keeps the rabbit population in check, so it can't fly off to infinity
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  11. Found what to be obvious
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  12. Prabably custom, or something like mathematica
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