Agreed if you mean “Nothing that’s happened so far could’ve been [computationally hard] to predict given the initial conditions.”
But the reverse problem—finding initial conditions that produce a desired output—could be very hard. Nature doesn’t care about this, but an AI plausibly might.
I’m not sure how protein folding fits into this picture, to be honest. (Are people just trying to figure out what happens to a given protein in physics, or trying to find a protein that will make something good happen?) But more generally, the statement “P=NP” is more or less equivalent to “The reverse problem I mention above is always easy.” Things become very different if this is true.
Agreed if you mean “Nothing that’s happened so far could’ve been [computationally hard] to predict given the initial conditions.”
But the reverse problem—finding initial conditions that produce a desired output—could be very hard. Nature doesn’t care about this, but an AI plausibly might.
I’m not sure how protein folding fits into this picture, to be honest. (Are people just trying to figure out what happens to a given protein in physics, or trying to find a protein that will make something good happen?) But more generally, the statement “P=NP” is more or less equivalent to “The reverse problem I mention above is always easy.” Things become very different if this is true.