>Because the models aren't sophisticated enough (yet). There's no voodoo here.
Idk if that's true.
Navier–Stokes may yet be proven Turing-undecidable, meaning fluid dynamics are chaotic enough that we can never completely forecast them no matter how good our measurement is.
Inside the model, the Navier–Stokes equations have at least one positive Lyapunov exponent. No quantum computer can out-run an exponential once the exponent is positive
And even if we could measure every molecule with infintesimal resolution, the atmosphere is an open system injecting randomness faster than we can assimilate it. Probability densities shred into fractal filaments (butterfly effect) making pointwise prediction meaningless beyond the Lyapunov horizon
Idk if that's true.
Navier–Stokes may yet be proven Turing-undecidable, meaning fluid dynamics are chaotic enough that we can never completely forecast them no matter how good our measurement is.
Inside the model, the Navier–Stokes equations have at least one positive Lyapunov exponent. No quantum computer can out-run an exponential once the exponent is positive
And even if we could measure every molecule with infintesimal resolution, the atmosphere is an open system injecting randomness faster than we can assimilate it. Probability densities shred into fractal filaments (butterfly effect) making pointwise prediction meaningless beyond the Lyapunov horizon