There are many industrial processes that use tons of power and are far less efficient than a human doing those tasks. Yet, they're still viable because they (sc

There are many industrial processes that use tons of power and are far less efficient than a human doing those tasks. Yet, they're still viable because they (scale / are faster / more consistent / etc than humans. For AGI, it's really about replication, density, and easy-of-operation. At the moment, we certainly can't mass produce "brains-on-a-chip" that provide a guaranteed level of human-like intelligence across various tasks. But, imagine a world in which you could install racks of "brains-on-a-chip", powered via electricity (easily distributed/stored/fungible compared to food-powered-brains), and have a Moore's Law like scaling of "brain density". That would change everything, even if those brains consumed 1000W a pop. Obviously, a literal brain is probably not the way this will pan out (hopefully not! "brains-on-a-chip" is rather creepy...), but you get the idea.