We discuss the implications regarding an evolved human tendency to expect streaky patterns, even if the sequence is actually random.
Such technology, however, relies on the ability to certify that the quantum mechanically produced numbers are actually random, and that they haven't been manipulated by an adversary.
Such a policy would certainly not be optimal, because the system is actually random, but it is certainly better than trusting the decision solely to the intuition of the Regulator.
When predicting the next outcome in a sequence of events, people often appear to expect streaky patterns, such as that sport players can develop a "hot hand," even if the sequence is actually random.
If his playoff pressure spree is actually random — like hitting blackjack seven out of 10 hands, but only when you first recite the middle names of each of your great-aunts — you wouldn't want to jinx it by talking about it.
They are actually random variables where E [ A i, k ] = a i, i = 1, 2, …, n, E [ B i, k ] = b i, i = 1, 2, …, m.
The "man" or the "rabbit" in the Moon are classic examples of pareidolia: craters and ancient volcanic flows combine with our brains to produce a pattern from something that is actually random.
As Somers discovered, however, the distribution is actually random, which means that many requests can end up in a queue even though there are dynos available that are currently idle.
Indeed, if Bohmians or Everettians are right (an open epistemic possibility), and quantum mechanics is deterministic, this view entails that nothing is actually random, not even the most intuitively compelling cases.
This is important because models that rely on R alone may show correlations between variables that are actually random associations, and this would not be detected without validation using the Q criteria.
