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  • Cosigned by the author I also include my two cents expounding on the cheque checker ML.

    The most consequential failure mode — that both the text (...) and the numeric (...) converge on the same value that happens to be wrong (...) — is vanishingly unlikely. Even if that does happen, it's still not the end of the world.

    I think extremely important is that this is a kind of error that even a human operator could conceivably make. It's not some unexplainable machine error, likely the scribbles were just exceedingly illegible on that one cheque. We're not introducing a completely new dangerous failure mode.

    Compare that to, for example, using an LLM in lieu of a person in customer service. The failure mode here is that the system can manufacture things whole cloth and tell you to do a stupid and/or dangerous thing. Like tell you to put glue on pizza. No human operator would ever do that, and even if, then that's straight-up a prosecutable crime with a clear person responsible. Per previous analogy, it'd be a human operator that knowingly inputs fraudulent information from a cheque. But then again, there would be a human signature on the transaction and a person responsible.

    So not only is a gigantic LLM matrix a terrible heuristic for most tasks - eg "how to solve my customer problem" - it introduces failure modes that are outlandish, essentially impossible with a human (or a specialised ML system) and leave no chain of responsibility. It's a real stinky ball of bull.

  • So if it turns out, as people like Penrose assert, that the brain has a certain quantum je-ne-sais-quoi, then all bets for representing the totality of even the simplest neural state with conventional computing hardware are off.

    No, that's not what Penrose asserts. His whole thing has been to say that quantum mechanics needs to be changed, that quantum mechanics is wrong in a way that matters for understanding brains.

34 comments