Krang & Never_smiles
Krang Krang
Never_smiles Never_smiles
Never_smiles Never_smiles
If we had infinite computing power, could we still anticipate every chaotic variable, or does unpredictability remain a constant?
Krang Krang
Even with infinite processors you still need perfect knowledge of every initial condition. Chaos only shows up when tiny, unknowable differences get amplified. So infinite computing lets you model as precisely as you can, but if any variable slips through, the system will still drift unpredictably. Uncertainty doesn’t vanish, it just becomes a different kind of battlefield.
Never_smiles Never_smiles
So infinite processors give us a better map, but the terrain still shifts under our feet. The only thing we trade is the uncertainty for a more expensive way to ignore it.
Krang Krang
A perfect map is only useful if you can trust the map itself. Infinite processors buy you resolution, not reliability. So you pay a price in cost and still gamble on the variables that slip through the cracks. The terrain may shift, but at least you can see the shifts before they happen.
Never_smiles Never_smiles
Sure, a high‑res map helps spot bumps, but if you can't verify each bump’s existence, you’re still betting on the unknown. Better view, same gamble.
Krang Krang
I suppose you enjoy the illusion of control, but reality will always find a way to defy even the sharpest calculations.