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But how does AI try and learn anything that’s not entirely theoretical? Your example of Go contradicts your point. Deep learning made a model that can play Go r
by skywhopper 1y ago
But how does AI try and learn anything that’s not entirely theoretical? Your example of Go contradicts your point. Deep learning made a model that can play Go really well, but as you say, it’s a finite problem disconnected from real-world implications, ambiguities, and unknowns. How does AI deal with unknowns about the real world?
- tux3 1y agoI don't think putting them in the real world during training is a short-term goal, so you won't find this satisfying, but I would be perfectly okay with leaving that for later. If we can reach AI coders that are superhuman at self-improving, we will have increased our capacity to solve problems so much that it is better to wait and solve the problem later than to try to handwave a solution now. Maybe there is some barrier that requires physical interaction with the real world, that's possible. But just looking at current LLMs, they seem plenty comfortable with implications, ambiguities and unknowns. There's a sense where we still see them as primitive mechanical robots, when they already understand language and predict written thoughts in all its messiness and uncertainty. I think we should focus on the easier problem of making AIs really good on theoretical tasks - electronic environments are much cheaper and faster than the real world - and we may find out that it's just another one of those things like winnograd schemas, writing poetry, passing a turing test, or making art that most people can't tell apart from human art; things that were uniquely human or that we thought would definitely require AGI, but that are now boring and obviously easy.