If o1-preview was the start like gpt1, then we should expect generalization to increase quickly.
If o1-preview was the start like gpt1, then we should expect generalization to increase quickly.
Study on the topic: https://arxiv.org/html/2406.15992v1
This would explain o1 poor performance with problems with variations. o3 seems to be expensive brute forcing in latent space followed by verification which should yield better results - but I don't think we can call it generalisation.
I think we need to go back to the drawing board.
I think ultimately the disconnect is people theorizing about what it can or cannot do with an incorrect mental model of what it is, and then assuming it cannot do things that it can in fact do. The irony of discussions on LLMs is they more showcase the limits of humans ability to reason about novel situations.
The investments into AI are in the hundreds of billions (maybe even more if you factor in the amount of people studying and researching AI), but the returns are in the tens of billions (if even that).
If you exclude the "growth" coming from the industry sniffing its own farts (e.g. Nvidia selling insane amounts of insanely overpriced GPUs to InsertYourFavAICorp), the actual amount of "useful goods and services" produced (api accesses, chat subscriptions, ai-enabled app growth etc.) are tiny compared to the investment levels.
The AI train appears to have no brakes. A massive crash or AGI are the only options now. Both are going to be bad for average humans.
This is the same thing as synthetic training data.
It doesn't matter if models are trained on the output of the generated data or not. If the model ends up being able to solve newly generated variations, you'd have to admit that it understands the underlying problems.
It's good in automation, not understanding.
I see this more akin to a human faking their way through a conversation.
That works in English class. Try it in a math class and you'll get a much lower grade than ChatGPT will.