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Saying something again does not provide proof of its actual veracity. Writing it in caps does not make it true despite the increased emphasis. I default to skep
by cristiancavalli 2y ago
Saying something again does not provide proof of its actual veracity. Writing it in caps does not make it true despite the increased emphasis. I default to skepticism in the face of unproven assertions: if one can’t prove that they reason then we must accept the possibility that they do not.
There are myriad examples of these models failing to “reason” about something that would trivial for a child or any other human (some are even given as examples in this posts other comments). Given this and the lack of concrete proof I currently tend to agree with the Apple researchers conclusion.
- ninetyninenine 2y agoI can prove LLMs can reason. You cannot prove LLMs can't reason. This is easily demonstrable. LLMs failing to reason is not proof LLMs can't reason, it's just proof that an LLM didn't reason for that prompt. All I have to do is show you one prompt with a correct answer that cannot be arrived at with pattern matching and the prompt can only be arrived at through reasoning. One. You have to demonstrate this for EVERY prompt if you want to prove LLMs can't reason.
- cristiancavalli 2y agoNo I can “prove” it — look at any number of cases where LLMs can’t even do basic value comparisons despite being claimed as super intelligent. You can try and say well that’s a limitation of the technology and then I would reply — yes and that’s why I would say it’s not reasoning according the original human definition. Also you have yet to produce any evidence of reasoning and claiming you can over and over again doesn’t add to your arguments substance. I would be interested in your proof that some answer can’t be pattern matched too — at this point I wonder if we could create an non conscious “intelligence” that if large enough would be mostly able to describe anything known to us along some line of probability we couldn’t compute with our brain architecture and it could be close to 99.99999% right. Even if we had this theoretical probability-based super intelligence it still wouldn’t be “reasoning” but could be more “intelligent” than us. I’m also not entirely convinced we can’t arrive at a reasoning system via probability only (a really cool thought experiment) but these systems do not meet the consistency/intelligence bar for me to believe this currently.
- ninetyninenine 2y agoLLMs can reason they just don’t always reason. That’s the claim everyone makes. That is a human definition if it reasoned one time correctly. That is the colloquial definition. Someone who has brain damage can reason correctly on certain subjects and incorrectly on other subjects. This is an immensely reasonable definition. I’m not being pedantic or out of line here when I say LLMs can reason while using this definition. Nobody is making the claim that LLMs reason like humans or are human or reason perfectly every time. Again the claim is: LLMs are capable of reasoning.
- cristiancavalli 2y agoI still think the jury is out on this given that they seem to fail on obvious things which are trivially reasoned about by humans. Perhaps they reason differently at which point I would need to understand how this reasoning is different from a humans reasoning (perhaps biological reasoning more generally?) and then I would want to consider whether one ought to call it reasoning given its differences (if there are any at the time of sampling). I understand your claim I’m just not buying it based on the current evidence and my interacting with these supposed “super intelligences” every day. I still find these tools valuable, just unable to “reason” about a concept which makes me think, as powerful and meaning filled as language is, our assumption of reasoning might just be a trick of our brain reasoning through a more tightly controlled stochastic space and us projecting the concept of reasoning onto a system. I see the COT models contort and twist language in a simulacrum of “reasoning” but any high school English teacher can tell you there is a lot of text written that appears to logically reason but doesn’t actually do anything of the sort once read with the requisite knowledge in the subject matter.
- ninetyninenine 2y agoThey can fail at reasoning. But they can demonstrably succeed to. So the the statement that they CAN reason is demonstrably true. Ok if given a prompt where the solution can only be arrived at by reasoning and the LLM gets to the solution for that single prompt, then how can you say it can't reason?
- consumer451 2y agoHere was my test at ChatGPT 3.5.[0] I made up a novel game, and it figured it out. The test is simple, but it made me doubt absolute arguments that LLMs are not able to reason, in some way. There is a question at the end of that comment, would love to hear other options. [0] https://news.ycombinator.com/item?id=35442147 https://news.ycombinator.com/item?id=35442147
- ninetyninenine 2y agoMy thread has been voted down and it’s getting stale. The few remaining people are biased towards there point of view and are unlikely to entertain anything that will trigger a change in their established world view. Most people will use this excuse to avoid responding to or even looking at your link here. It is compelling evidence.
- cristiancavalli 2y agoI’d settle for these things being able to do value comparison consistently well, play a game of tic tac toe more than once correctly or use a UI after an update and not fail horrendously to move the needle a little bit for me. People claiming these things selectively reason while also not being able to explain why seems a lot like magical thinking to me rather than entertaining the possibility you might be projecting onto something that is really damn-well engineered to make your anthropomorphize it.
- cristiancavalli 2y agoHow does this prove reasoning? The thread you point to has several question in it that remain unanswered that ask the same question? How is this not entirely derivative too — there’s a huge number of these kind of 3-box “games” (although I don’t see this as a game really) so something very similar to this is probably in the training data a lot. Writing code to factor a number is definitely very common. Variation of this are also very common interview questions for interns (at least when I was interviewing)
- consumer451 2y ago