Ok, well, maybe misleading. You know how they say the human brain has 200 trillion synapses or whatever, and so AGI is still so far away because our models are only just crossing into 1-2-3 trillion weights.
Ok, let me tell you. Human brain executive function is only on the order of about several hundreds billions of synapses, if not less. That's all there is. Who cares about those sensory synapses that let you feel an itch in your backend - totally irrelevant to intelligence (hopefully and debatable, of course).
Which means we're way past AGI a long time ago.
More, who cares about some obscure knowledge they train the current models on? Completely irrelevant to AGI. AGI needs a strong core of knowledge and skills (language, logic, pattern rec, core sciences) and a way to look up/learn/fetch from data/index - a modular approach. Very easy to train, a very fast way to super galactic AGI, very flexible, very amenable to packaging and selling.
Ok, let me tell you. Human brain executive function is only on the order of about several hundreds billions of synapses, if not less. That's all there is. Who cares about those sensory synapses that let you feel an itch in your backend - totally irrelevant to intelligence (hopefully and debatable, of course).
Which means we're way past AGI a long time ago.
More, who cares about some obscure knowledge they train the current models on? Completely irrelevant to AGI. AGI needs a strong core of knowledge and skills (language, logic, pattern rec, core sciences) and a way to look up/learn/fetch from data/index - a modular approach. Very easy to train, a very fast way to super galactic AGI, very flexible, very amenable to packaging and selling.