(and I don't even think that is exaggerated very much)
I didn't follow through to the PhD, but I spent few years building up to understanding of Fluid Dynamics and Functional Analysis to come close to NS. It's intriguing that it's "solved", but what interests me is then "what do we learn from it" and what lies beyond in non-linearity.
In the 10 years I've spent away from academia, I still cherish what Math taught me best: looking at equivalences and I still feel the kick that I surely wouldn't want an Agent to do on my behalf. NS was never the point. And who can't see that I can only feel that they missed out.
I loathe what's happened with agscience, all farms should be plowed by hand with donkeys and plows.
It's fascinating how people like push any statement to its limits, because it circles around to absurdity and they believe they've made a point. Moderation seems to be chasing you, but you clearly are faster!
If your mental model breaks at the limits, it maybe means there's some truth in what you say, but there's a nuance that's clearly missing.
And that's the case here: nobody argues when automation comes for many types of other tasks, so why is mathematics special? Or even art? We should either find that line or accept that maybe they aren't as special as we assumed.
I hope you simply lost you thoughttrain and did not meant that.
The industrial revolution did that to battles and wars and it inspired Tolkein's lores to a considerable degree. He loathed what mechanisation had done.
I feel something similar is happening to Mathematics. I shudder to think what would come of other human pursuit this mechanisation targets next.