It can, according to my statistics, be arbitrarily unlikely.
It can do that without free will. It’s not likely, but it’s also not likely with free will. It’s a consequence of the fact that, if you add the probability of all choices together, the result is 100%.
It may be hard to model, in which case you might be able to intuitively make predictions that your explicit models cannot. For example, that the probability of 100 successive up spins is more than 2^-100. This is a consequence of the system being complicated. More precisely, it’s a consequence of it being complicated to model explicitly, but still somewhat intuitive to humans. This is notably an attribute that applies to humans.
Are there specific patterns you expect it to follow if it has free will? Why?
It can do that without free will. It’s not likely, but it’s also not likely with free will. It’s a consequence of the fact that, if you add the probability of all choices together, the result is 100%.
It may be hard to model, in which case you might be able to intuitively make predictions that your explicit models cannot. For example, that the probability of 100 successive up spins is more than 2^-100. This is a consequence of the system being complicated. More precisely, it’s a consequence of it being complicated to model explicitly, but still somewhat intuitive to humans. This is notably an attribute that applies to humans.
Are there specific patterns you expect it to follow if it has free will? Why?