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Can you prove your first statement? I assume you cannot as it's nonsense. Lookup how /dev/random is not really random, but relies on interrupts occuring at ran

Can you prove your first statement? I assume you cannot as it's nonsense. Lookup how /dev/random is not really random, but relies on interrupts occuring at random timestamps. That's like saying f(x)=x is a random function, if x is random.

smokel 2y ago
It is quite similar to the infinite monkey theorem, and as it does require infinite time, it is indeed slightly nonsensical.
joquarky 2y ago
Substitute the Library of Babel¹ for /dev/random and the point still stands. ¹ https://libraryofbabel.info/ https://libraryofbabel.info/