Oh, that is true. "It" doesn't have to do human reasoning, at all.
But we have to at least define "reasoning" for the given manifestation of "it". Otherwise it's just birdspeak. Because reasoning is "the action of thinking about something in a logical, sensible way", which has to happen somewhere if not finger-pointable, then at least somehow scannable or otherwise introspectable. Otherwise it's yet another omnidude in the sky who made it all so that you cannot see him, but there will be hints if you believe.
Anyway, we have to talk something specific, not handwavy. Even if you prove that they CAN reason for some definition of it, both the proof and the definition must have some predictive/scientific power, otherwise they are as useless as nil thought about it.
For example, if you prove that the reasoning is somehow embedded as a spatial in-network set of dimensions rather than in-time, wouldn't that be literally equivalent to "it just knows the patterns"? What would that term substitution actually achieve?
Well no. If you create a machine that produces output indistinguishable from the output of things we "know" can "reason" aka "humans". Then I would call that reasoning.
If the output has a low probability of occuring by random chance then it must be reason.
>For example, if you prove that the reasoning is somehow embedded as a spatial in-network set of dimensions rather than in-time, wouldn't that be literally equivalent to "it just knows the patterns"? What would that term substitution actually achieve?
I mean, this is a method many humans use to reason themselves.
But we have to at least define "reasoning" for the given manifestation of "it". Otherwise it's just birdspeak. Because reasoning is "the action of thinking about something in a logical, sensible way", which has to happen somewhere if not finger-pointable, then at least somehow scannable or otherwise introspectable. Otherwise it's yet another omnidude in the sky who made it all so that you cannot see him, but there will be hints if you believe.
Anyway, we have to talk something specific, not handwavy. Even if you prove that they CAN reason for some definition of it, both the proof and the definition must have some predictive/scientific power, otherwise they are as useless as nil thought about it.
For example, if you prove that the reasoning is somehow embedded as a spatial in-network set of dimensions rather than in-time, wouldn't that be literally equivalent to "it just knows the patterns"? What would that term substitution actually achieve?