Comment by cortic
6 days ago
There is nothing that we know of in carbon based structures that violates universal causality, even in quantum scales where causality becomes more vague it is replaced by a measurable randomness.
So there should be no reason we cannot reduce these phenomena to actual quantifiable and there for Computable elements.
Computing something isn’t the same thing as it actually happening.
That is a dubious asertion. At high enough resolution the model converges on the modeled.
"Resolution" has nothing whatsoever to do with it.
No amount of scribbling graphite onto paper will produce a butterfly.
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Would you say that displaying image of something on a screen qualifies as actually happening? Writing data on a storage medium? What about a roomba vacuuming a floor?
> Would you say that displaying image of something on a screen qualifies as actually happening?
Yeah, of course.
What I'm addressing is "if we turn 100% of everything about neurons into numbers we can do calculations on those numbers and it's the same as that stuff actually happening with real neurons". Which is entirely wrong. A trajectory calculation isn't different from actually firing a projectile because it's not precise enough but because it's something else entirely.
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> […] that violates universal causality
I think you're conflating qualia with free will. These are very different concepts, and the experience of qualia has nothing at all to do with "violating causality".
> So there should be no reason we cannot reduce these phenomena to actual quantifiable and there for Computable elements.
As long as we have practically no idea how qualia arise, or even what exactly they are, your claim has no base to stand on.