Eh, sometimes you aren’t ‘looking ahead’ that many moves, just that you can calculate the number of moves from a known-winning position.
This is why chess programs usually say “mate in 24” but humans would more likely just be looking a few moves ahead to get in a ‘winning position’ which they know is an eventual checkmate.
I’m not good at chess, and don’t calculate more than 5 moves ahead, but have ‘spotted’ a mate 20 moves ahead just because you recognise that a certain position is winning even if you don’t know every single possible move and response.
I mean you don't actually have to 'look ahead' 65 moves to know that there is a winning move, even if that move is 65 moves ahead.
You can just go 'this move is winning, and I can infer that because of these logical points'. This isn't really 'looking ahead x moves into the future', you can just know a position is winning and will cause a cascade of moves of a predictable-length that will end in an eventual checkmate.
If you call this 'looking ahead x moves' or not depends on the definition I guess, but I just mean they might not be actually evaluating / imagining all those positions (because you can either use logic or pattern-match to previous situations).
> I mean you don't actually have to 'look ahead' 65 moves to know that there is a winning move, even if that move is 65 moves ahead.
> You can just go 'this move is winning, and I can infer that because of these logical points'. This isn't really 'looking ahead x moves into the future', you can just know a position is winning
Yes, that's exactly what I said in my original comment.
This is why chess programs usually say “mate in 24” but humans would more likely just be looking a few moves ahead to get in a ‘winning position’ which they know is an eventual checkmate.
I’m not good at chess, and don’t calculate more than 5 moves ahead, but have ‘spotted’ a mate 20 moves ahead just because you recognise that a certain position is winning even if you don’t know every single possible move and response.