| ▲ | somenameforme a day ago | ||||||||||||||||||||||||||||||||||
Turing computability is tangential to his claim, as LLMs are obviously not carrying out the breadth of all computable concepts. His claim can be trivially proven by considering the history of humanity. We went from a starting point of having literally no language whatsoever, and technology that would not have expanded much beyond an understanding of 'poke him with the pointy side'. And from there we would go on to discover the secrets of the atom, put a man on the Moon, and more. To say nothing of inventing language itself. An LLM trained on this starting state of humanity is never going to do anything except remix basically nothing. It's never going to discover the secrets of the atom, or how to put a man on the Moon. Now whether any artificial device could achieve what humans did is where the question of computability comes into play, and that's a much more interesting one. But if we limit ourselves to LLMs, then this is very straight forward to answer. | |||||||||||||||||||||||||||||||||||
| ▲ | vidarh a day ago | parent [-] | ||||||||||||||||||||||||||||||||||
> Turing computability is tangential to his claim, as LLMs are obviously not carrying out the breadth of all computable concepts They don't need to. To be Turing complete a system including an LLM need to be able to simulate a 2-state 3-symbol Turing machine (or the inverse). Any LLM with a loop can satisfy that. If you think Turing computability is tangential to this claim, you don't understand the implications of Turing computability. > His claim can be trivially proven by considering the history of humanity. Then show me a single example where humans demonstrably exceeding the Turing computable. We don't even know any way for that to be possible. | |||||||||||||||||||||||||||||||||||
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