Wait, you think the reason we can’t do brain improvement is because we can’t change the weights of individual neurons?That seems wrong to me. I think it’s because we don’t know how the neurons work.Similarly I’d be surprised if you thought that beings as intelligent as humans could recursively improve NNs. Cos currently we can’t do that, right?
Wait, you think the reason we can’t do brain improvement is because we can’t change the weights of individual neurons?That seems wrong to me. I think it’s because we don’t know how the neurons work.
Did you read the link to Cold Takes above? If so, where do you disagree with it?
(I agree that we’d be able to do even better if we knew how the neurons work.)
Similarly I’d be surprised if you thought that beings as intelligent as humans could recursively improve NNs. Cos currently we can’t do that, right?
Humans can improve NNs? That’s what AI capabilities research is?
(It’s not “recursive” improvement but I assume you don’t care about the “recursive” part here.)
Wait, you think the reason we can’t do brain improvement is because we can’t change the weights of individual neurons?
That seems wrong to me. I think it’s because we don’t know how the neurons work.
Similarly I’d be surprised if you thought that beings as intelligent as humans could recursively improve NNs. Cos currently we can’t do that, right?
Did you read the link to Cold Takes above? If so, where do you disagree with it?
(I agree that we’d be able to do even better if we knew how the neurons work.)
Humans can improve NNs? That’s what AI capabilities research is?
(It’s not “recursive” improvement but I assume you don’t care about the “recursive” part here.)