Most people would probably agree the latest models generalize better than flatworms. Mouse-level intelligence is more challenging and the comparison is unclear.
Flatworms first appeared 800+ million years ago, while mouse lineage diverged from humans only 70-80 million years ago. If our AGI development timeline roughly follows the proportion it took natural evolution, it might be much too late to begin seriously thinking about AGI alignment when we get to mouse-level intelligence. Not to mention that no one knows how long it would take to really understand AGI alignment (much less implementing it in a practical system).
To be more concrete, in what aspects do you think latest models are inferior at generalizing than flatworms or mice, when less known work like “Emergent Tool Use from
Multi-Agent Interaction” is also taken into account
https://openai.com/blog/emergent-tool-use/?
Flatworms first appeared 800+ million years ago, while mouse lineage diverged from humans only 70-80 million years ago. If our AGI development timeline roughly follows the proportion it took natural evolution, it might be much too late to begin seriously thinking about AGI alignment when we get to mouse-level intelligence. Not to mention that no one knows how long it would take to really understand AGI alignment (much less implementing it in a practical system).
To be more concrete, in what aspects do you think latest models are inferior at generalizing than flatworms or mice, when less known work like “Emergent Tool Use from Multi-Agent Interaction” is also taken into account https://openai.com/blog/emergent-tool-use/?