Zera wrote:
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This is incorrect. Bell's Inequality is fundamental to modern physics [...]
I don't know what you're talking about, so you'll need to give me the Layman's run-down on this. If you're stating that there is randomness in quantum phenomena, I don't believe this. Our understanding of quantum mechanics is still in its infant stages, and there are too many challenges with even being able to observe such phenomena without influencing it.
The idea of true randomness is absurd. It's like magical thinking. If we can't predict the behavior of something, then it either doesn't exist, or the underlying influences just aren't evident to our ability to observe.
Quantum mechanics practically revolves around around probability and randomness. For example, if you look at radioactive decay, a radioactive particle has only a probability of splitting apart - it's impossible to determine when the particle will actually decay.
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And yet another random question: How the heck did "Holy, sacrosanct, sacred, sanct*" get to be an adjective for anything to do with God?
Probably has something to do with Latin roots; after all, the Pope is located in Rome, Italy. If you google its etymology, you could probably find something.
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Anyone who has coded understands that randomness doesn't exist. The process of generating "random" numbers is just a set of convoluted instructions that rely on so many dependencies that it produces an outcome which can't be reasonably predicted by an outside observer.
The site says it uses atmospheric noise to generate numbers, but doesn't supply a sufficient explanation of how atmospheric noise is "truly random." It goes on to concede that it is believed to be random (or, at least, practically random to the limitations of the observer) because we lack sufficient understanding of how to observe the universe to begin with; thus, we believe the phenomena we can't identify as deterministic is, in fact, non-deterministic. That's a leap of faith. I don't see the point in a total refrain from conventional reason just because we are unable to observe the causal relationships behind something.
The site says it uses atmospheric noise to generate numbers, but doesn't supply a sufficient explanation of how atmospheric noise is "truly random." It goes on to concede that it is believed to be random (or, at least, practically random to the limitations of the observer) because we lack sufficient understanding of how to observe the universe to begin with; thus, we believe the phenomena we can't identify as deterministic is, in fact, non-deterministic. That's a leap of faith. I don't see the point in a total refrain from conventional reason just because we are unable to observe the causal relationships behind something.
Programs mostly rely on pseudo-random number generators, so programs don't necessarily exhibit true randomness. However, just because randomness doesn't exist in computer science doesn't mean it doesn't exist elsewhere, such as in physics/quantum mechanics.
I think it boils down to how you define randomness. If you expect 'randomness' to simply suggest a certain degree of unpredictability, then technically the website could be 'random'. I mean, a random stat generator for say, Pokemon, could reasonably expected to be deemed 'random' without having to go into all those determinism debates.