"<a href=""https://www.youtube.com/watch?v=Gfr50f6ZBvo&amp;t=1h01m57s"">1:01:57</a> as just a random who knows almost nothing about quantum mechanics or AI", from the general explanations I've heard so far, I always thought of the random part of quantum mechanics as being like something an AI would use, no exact formula to predict the outcome for certain, but a probability for an event to happen given a specific timeframe and the circumstances around it.<br>Also that weirdly ties into the part where: the more things change position in space relative to the rest of the things/ having more things in the same space -make the processing speed of events slower relative to other things like somehow each pocket of space has an allotted processing capacity. This makes me wonder if things that move fast also make the things around them when passing have their time slowed too (eg. I get that a bullet traveling close to the speed of light experiences time slower than the things around, but would that fast bullet also affect a watch to also experience time a little slower when it passes very close by for that moment when it is very close by? like having that imaginary processing speed from the space used up because of being in close proximity to a thing that is hogging up a lot of it because of speed and not weight like it's the case for the space around black holes and such things)<br>Like I said, I don't know shit about these things but it's somehow a little fun to think about them.