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I don't understand what "the probability of" means here. Does the probability of 10^-31 mean that if we construct the integers in a different way, it might resu
by kenjackson 10y ago
I don't understand what "the probability of" means here. Does the probability of 10^-31 mean that if we construct the integers in a different way, it might result in the theorem being false? Or is it that if you change the equation there is only at 10^-31 probability that you arrive at a theorem which is false/true? Or something else altogether.
- acqq 10y agoSee my other comment here for how I understood it. Note "for any N > N0 = 100" in the article. https://news.ycombinator.com/item?id=12019762 https://news.ycombinator.com/item?id=12019762