It depends a lot on your problem, of course. Game-playing (e.g. AlphaGo) is computationally hard but the rules are immutable, target functions (e.g., heuristics) don’t change much, and you can generate arbitrarily sized…
Pythagoras is believed to have come up with the just intonation (exact rational) figures. At the time, irrational numbers were distrusted and despised so, as you noted, the perfect fifth really was exactly 3:2. But it’s…
It depends a lot on your problem, of course. Game-playing (e.g. AlphaGo) is computationally hard but the rules are immutable, target functions (e.g., heuristics) don’t change much, and you can generate arbitrarily sized…
Pythagoras is believed to have come up with the just intonation (exact rational) figures. At the time, irrational numbers were distrusted and despised so, as you noted, the perfect fifth really was exactly 3:2. But it’s…