Earlier quoted context omitted.
> You can build a pretty good mental model of flight with either simplified mechanism, but you end up underestimating performance by a fair bit. I've never hear of a good mental model built on Bernoulli's Principle. They are either: - Wrong - Give no intuition The key question is /why/ air moves faster on one side, and once you get away from the misconception of same time, I've never heard an intuitive argument. Redi…
Why are you benchmarking models to human intuition? If you apply the same reasoning to quantum mechanics you'll have a bad time. I'm sure models can accurately compute how much of the wing lift comes from the suction effect on the top of the wing versus the push on the bottom of the wing.
"You can build a pretty good mental model of flight with either simplified mechanism"
For computational models, neither of these are great starting points. When I last looked, finite element methods were where the action was.
And if you don't apply the same to quantum -- looking for intuition -- you'll have a bad time. Quantum computing algorithms came from human insight.