Earlier quoted context omitted.
That's highly reductive of our capacities. We are not weighted transformers that can be explained in an arxiv paper. GPT, at the end of the day, is a statistical inference model. That's it. It's not going to wake up one day, decide it prefers eggs benny and has had enough of your idle chatter because of that sarcastic remark you made last week. Could we simulate a plausibly realistic human brain on silicon someday? I…
> That's highly reductive of our capacities. I'm not saying that GPT4 is as capable as a human-- it can not be, by design, because its architecture lacks memory/feedback paths that we have. What I'm saying is that HOW it thinks might already be quite close in essence to how WE think. > We are not weighted transformers that can be explained in an arxiv paper. GPT, at the end of the day, is a statistical inference mode…
We haven't emulated brains yet, so we don't know. The OpenWorm project is interesting, but I don't know to what extent they've managed to faithfully recreate an accurate digital version of a nematode worm. I do know they had it driving around a robot.
Thing is that the our brains are only part of the nervous system, which extends throughout the body. So I don't know what happens if you only simulate just the brain part. Seems to me that the rest of the body kind of matters for proper functioning.