I’d imagined these terms would be self-explanatory from the post :-) The numbers refer to variants of the Born rule where the exponent doesn’t necessarily equal 2. For example, see page 6 of this paper by Aaronson.
I figured out what the n-world referred to because of familiarity with the problem, but it would probably still help to specifically define it, since it doesn’t take much effort but would save readers a lot of time.
I figured what the n-world referred to because of familiarity with the problem, but it would probably still help to specifically define it, since it doesn’t take much effort but would save readers a lot of time.
I figured what the n-world referred to because of familiarity with the problem, but it would probably still help to specifically define it, since it doesn’t take much effort but would save readers a lot of time.
I figured what the n-world referred to because of familiarity with the problem, but it would probably still help to specifically define it, since it doesn’t take much effort but would save readers a lot of time.
I figured what the n-world referred to because of familiarity with the problem, but it would probably still help to specifically define it, since it doesn’t take much effort but would save readers a lot of time.
I figured what the n-world referred to because of familiarity with the problem, but it would probably still help to specifically define it, since it doesn’t take much effort but would save readers a lot of time.
I figured what the n-world referred to because of familiarity with the problem, but it would probably still help to specifically define it, since it doesn’t take much effort but would save readers a lot of time.
I’d imagined these terms would be self-explanatory from the post :-) The numbers refer to variants of the Born rule where the exponent doesn’t necessarily equal 2. For example, see page 6 of this paper by Aaronson.
I figured out what the n-world referred to because of familiarity with the problem, but it would probably still help to specifically define it, since it doesn’t take much effort but would save readers a lot of time.
Ah thanks. I should’ve been able to figure that out from your third thought experiment anyways.
I figured what the n-world referred to because of familiarity with the problem, but it would probably still help to specifically define it, since it doesn’t take much effort but would save readers a lot of time.
I figured what the n-world referred to because of familiarity with the problem, but it would probably still help to specifically define it, since it doesn’t take much effort but would save readers a lot of time.
I figured what the n-world referred to because of familiarity with the problem, but it would probably still help to specifically define it, since it doesn’t take much effort but would save readers a lot of time.
I figured what the n-world referred to because of familiarity with the problem, but it would probably still help to specifically define it, since it doesn’t take much effort but would save readers a lot of time.
I figured what the n-world referred to because of familiarity with the problem, but it would probably still help to specifically define it, since it doesn’t take much effort but would save readers a lot of time.
I figured what the n-world referred to because of familiarity with the problem, but it would probably still help to specifically define it, since it doesn’t take much effort but would save readers a lot of time.