Twilight Imperium wrote:Zottistan wrote:It being a finite set of choices doesn't make the result any less random.
The nucleus will decay within a measure of time, or it won't. Does that make it any less random?
Yes. The more constrained the system, the less randomness it contains, and vice versa. If the box depended on four separate nuclei, it would be significantly more random than the version with one. Bringing this back towards the earlier point for some clarity here -
A system is random if it's fundamentally unpredictable. It's an absolute; there are no degrees of randomness. Something is fundamentally unpredictable or it isn't. If there were four nuclei in the box, it would be less likely that our guesses are correct. But it wouldn't change the fact that we ultimately have the same complete lack of ability to make a certain statement.
Assume Brains A-D are (roughly) the same brain.
Brain A goes into an ice cream shop and orders vanilla, because that's its favorite flavor.
Brain B goes into an ice cream shop, but decided to order chocolate, because while vanilla is its favorite, it wants something different.
Brain C goes into an ice cream shop, and orders a maloberry sherbet because in that quantum branch, those evolved instead of vanilla beans.
Brain D goes into an ice cream shop and orders a BLT, because there, "ice cream" means "sandwich".
There's still randomness. There's still order. And there is still choice.
Roughly the same brain isn't the same brain. If they were the same brain, and it was the same situation, they'd make the same choice.
Choice is compatible with neither randomness nor order.
This is a threadjack within a threadjack, so I'll stop. I really enjoy talking about this, though, so if you want, TG me.





