So yes, very different architecture.
So yes, very different architecture.
A good example that is not, word randomised order and kombination with Mrs Spelling and fonetic spel-ing prevent ye knot that which I wrote you to komprehend.
(My apologies to non-native speakers of English; if someone did that to me in German I'd have no clue what was meant).
A better point is that GPT-3's training set is more tokens than the number of times an average human synapse fires in a lifetime, squeezed into a network with about 3 orders of magnitude fewer parameters than the human brain has synapses.
It's wrong to model AI as anything like natural intelligence, but if someone insists, my go-to comparison (with an equivalent for image generators) is this: "Imagine someone made a rat immortal, then made it browse the web for 50,000 years. It's still a rat, despite being very well-trained."
At least for me it's perfectly understandable (except the "Mrs" part). This reminds of those "did you know you can flip characters randomly and our brain can still understand the text" copypastas that can be found everywhere. I think it's probably quite similar for word order: As long as your sentence structure is not extremely complicated, you can probably get away with changing it any way you like. Just like nobody has issues understanding Yoda in Star Wars.
Although I think there are some limits to changing word order - I can imagine complicated legal documents might get impossible to decipher if you start randomizing word order.
Whatever humans have it is many orders of magnitude better…
Here we go again. They must have something in common, because for about 90% of the tasks the language model agrees with humans, even on novel tasks.
> We, as humans, do not use language in a generative way
Oh, do you want to say we are only doing classification from a short list of classes and don't generate open ended language? Weird, I speak novel word combinations all the time.
As was said, a different architecture.
It might be connected to the world, of course. And it might even use toys such as simulators, code execution, math verification and fact checking to further ground itself. I was thinking about the second scenario.
That's the key difference. We use language to express conceptualizations. We have some kind of abstract model somewhere that we are translating.
Maybe it isn't a cohesive model either. All I can say for certain is that - whatever it is - we are expressing it.
GPT does not express. It parrots. There is no conceptualization.
But you are of course right with GPT, it has no inner life and only parrots. It completely lacks something like an inner state, an existence outside of the brief moment it is invoked, or anything like reflection. Reminds me of the novel "Blindsight" (which I actually haven't read yet, but heard good things about!) where there are beings that are intelligent, but not conscious.
We can take a concept and refactor it symbolically. GPT can't do that. All it does is find symbols that are semantically close to other symbols.
That's circular reasoning.