Earlier quoted context omitted.
I'm surprised he brought that up, it's a weird point. Because a different part of the brain processes the constructed language it's no longer language? It's also untrue. We construct language patterns, poetry for example, where the positional number of a word or a syllable changes its meaning. That said his point about the brain being wired to take the less computationally intensive route is a very important insight…
Actually, his point is that our language organ takes the more computationally expensive route. Not the easier one. That's the puzzle. I don't have his books on me, so I may misconvey this point, but IIRC, he also mentioned regular languages (you know, like with regexes) as another example of a computationally "easier" language family we don't pick up with our language organ. We don't speak arbitrary languages. The sp…
I suppose you could turn it around - assuming our language processing is optimal (bit of a leap) you can infer things about our hardware architecture by the languages which we parse efficiently.