| My arguments are: (P1) Current SOTA AI is good at understanding implicit context, and improved versions will likely be better at understanding implicit context (much like gpt-4 is better at understanding context than gpt-3, and llama2 is better than llama1, and mixtral is better than gpt-3 and better than claude, etc). (P2) Most misalignments within the observable behavior of current AI do not produce extinction-level goals, and given (P1), it is unclear why someone would believe it's likely going to in the future, since they'll be even better at understanding implicit human context of goals (e.g. implicit goals like do not make humanity extinct, don't turn the entire surface of the planet into an AI lab, etc). (C) Future AI will not likely be extinction-level misaligned with human goals. I think there are several other arguments, though, e.g.: (P1) Progress on AI capabilities is evolutionary, with dumber models slowly being replaced by derivative-but-better models, in terms of architectural evolutionary improvements (e.g. new attention variants), dataset evolutionary improvements as they grow larger and as finetuning sets grow higher quality, and in terms of benchmark and alignment evolutionary progress. (P2) Evolutionary steps towards evil-AI will likely be filtered out during training, since it will not yet be generalized superhuman intelligence and will give away its misalignment during training, whereas legitimately-aligned AI model evolutions will be rewarded for better performance. (P3) Generalized superhuman intelligence will likely be an evolutionary step from a well-aligned ordinary intelligence, which will be an evolutionary step from sub-human intelligence that is reasonably well aligned. (C) Superhuman intelligence will have been evolutionarily refined to be reasonably well-aligned. Or: (P1) LLMs have architectural issues that will prevent them from quickly becoming generalized superintelligence of the "human vs slug" variety (bad/inefficient at math, tokenization issues, likelihood of hallucinations, limited ability to learn new facts without expensive and slow training runs, difficulty backtracking from incorrect chains of reasoning, etc). (C) LLM research is not likely to soon produce a superhuman AI able to cause an extinction event for humanity, and should not be illegal. However, ultimately my most strongly-believed personal argument is: (P1) The burden of proof for making something illegal due to apocalyptic predictions lies on the prognosticator. (P2) There is not much hard evidence of an impending apocalypse due to LLMs, and philosophical arguments for it are either self-referential and require belief in the apocalypse as a prerequisite, or are highly speculative, or both. (C) LLM research should not be illegal. |
> (P1) Current SOTA AI is good at understanding implicit context, and improved versions will likely be better at understanding implicit context (much like gpt-4 is better at understanding context than gpt-3, and llama2 is better than llama1, and mixtral is better than gpt-3 and better than claude, etc).
I believe that (P1) is probably true.
> (P2) Most misalignments within the observable behavior of current AI do not produce extinction-level goals, and given (P1), it is unclear why someone would believe it's likely going to in the future, since they'll be even better at understanding implicit human context of goals (e.g. implicit goals like do not make humanity extinct, don't turn the entire surface of the planet into an AI lab, etc).
I'm confused about what exactly you mean by "goals" in (P2). Are you referring to (I) the loss function used by the algorithm that trained GPT4, or (II) goals and sub-goals which are internal parts of the GPT4 model, or (III) the sub-goals that GPT4 writes into a response when a user asks it "What is the best way to do X?"