The analogy falls apart at the seams. It’s true Stockfish will beat you in a symmetric game, but let’s say we had an asymmetric game, say with odds.
Someone asks who will win. Someone replies, ‘Stockfish will win because Stockfish is smarter.’ They respond, ‘this doesn’t make the answer seem any clearer; can you explain how Stockfish would win from this position despite these asymmetries?’ And indeed chess is such that engines can win from some positions and not others, and it’s not always obvious a priori which are which. The world is much more complicated than that.
I say this not asking for clarification; I think it’s fairly obvious that a sufficiently smart system wins in the real world. I also think it’s fine to hold on to heuristic uncertainties, like Elizabeth mentions. I do think it’s pretty unhelpful to claim certainty and then balk from giving specifics that actually address the systems as they exhibit in reality.
The analogy falls apart at the seams. It’s true Stockfish will beat you in a symmetric game, but let’s say we had an asymmetric game, say with odds.
Someone asks who will win. Someone replies, ‘Stockfish will win because Stockfish is smarter.’ They respond, ‘this doesn’t make the answer seem any clearer; can you explain how Stockfish would win from this position despite these asymmetries?’ And indeed chess is such that engines can win from some positions and not others, and it’s not always obvious a priori which are which. The world is much more complicated than that.
I say this not asking for clarification; I think it’s fairly obvious that a sufficiently smart system wins in the real world. I also think it’s fine to hold on to heuristic uncertainties, like Elizabeth mentions. I do think it’s pretty unhelpful to claim certainty and then balk from giving specifics that actually address the systems as they exhibit in reality.