I have some knowledge of linguistics, and as far as I know, reverse-engineering the grammatical rules used by the language processing parts of the human brain is a problem of mind-boggling complexity. Large numbers of very smart linguists have devoted their careers to modelling these rules, and yet, even if we allow for rules that rely on human common sense that nobody yet knows how to mimic using computers, and even if we limit the question to some very small subset of the grammar, all the existing models are woefully inadequate.
I find it vanishingly unlikely that a secret project could have achieved major breakthroughs in this area. Even with infinite resources, I don’t see how they could even begin to tackle the problem in a way different from what the linguists are already doing.
I have some knowledge of linguistics, and as far as I know, reverse-engineering the grammatical rules used by the language processing parts of the human brain is a problem of mind-boggling complexity. Large numbers of very smart linguists have devoted their careers to modelling these rules, and yet, even if we allow for rules that rely on human common sense that nobody yet knows how to mimic using computers, and even if we limit the question to some very small subset of the grammar, all the existing models are woefully inadequate.
I find it vanishingly unlikely that a secret project could have achieved major breakthroughs in this area. Even with infinite resources, I don’t see how they could even begin to tackle the problem in a way different from what the linguists are already doing.
That’s reassuring.
If I had infinite resources, I’d work on modeling the infant brain well enough to have a program which could learn language the same way a human does.
I don’t know if this would run into ethical problems around machine sentience. Probably.