> Sure it can. Statistically there is some language semantics associated with that sentence, and given a large enough training data set, there will be a generated answer thats purely statistic.
This is very reductionist. Of course everything is numbers under the hood. But it's entirely orthogonal to the question. Numbers can encode all of the complexity needed for anything that can do reasoning. Numbers in the form of a neural network can execute arbitrary algorithms, given enough layers.
> Lets say I ask you the following question "Here we have a flibert, nine moltice, a grook, a seerik and a lopo. Please tell me how to stack them onto each other in a stable manner". You would be able to figure out how to stack them, given the fact that you have the ability to "reason" and figure out what those items are in the first place. In the same way, an AI that can reason would be able to do the same.
I really don't understand the purpose of this thought experiment. A human is able to figure this out because they can see what those objects are. Is your objection to language model reasoning that they are not multi-modal?
> Sure it can. Statistically there is some language semantics associated with that sentence, and given a large enough training data set, there will be a generated answer thats purely statistic.