Kevin Pacey wrote on Sat, Jun 25, 2016 10:24 PM UTC:
I recall Fergus mentioned to me that Knightmare Chess might be computer resistant. I now doubt that it ultimately will prove to be, even though there is a quite random element involved in the game (which doesn't appeal to me to begin with, though strictly speaking as a standard chess player). Computers are now great at other games with random elements present, Bridge for instance, and so I expect programmers can succeed with Knightmare Chess too, given time to absorb how skilled humans play it. Not only that, there is still the spectre of things like neural net techniques, or the development of quantum computers.
It struck me today that one thing that might allow a computer resistant chess variant to be produced is to introduce a quasi-random element instead, one that often gives humans the edge. If the idea is workable, chess engine assisted cheating or the superiority of engines over even top humans may largely go away as concerns in the minds of possibly many. Computers as yet cannot be programmed to do advanced moral thinking, as far as I know, and I suspect they might never be able to even if nominally Technological (AI) Singularity is achieved. Morality takes into account even emotional feelings, and there seems little doubt that computers can never be given a soul of the sort many think we may have.
How might such a chess variant based on humanity's grasp of morality work? Well, the best we have for an expert in morality could be a law school or seminary teacher, for example. For the sort of chess variant I have in mind, it would be a kind of combination of the knowlege of moral issues and chess that a player has, as well as his chess skills (kind of like chess boxing combines chess and boxing - another variant that may be computer resistant to some extent). Before making a move in such a chess variant, the moral expert (teacher) or an assistant arbiter asks the player a skill testing question (could be multiple choice). If his answer is acceptable, he gets to move, otherwise he loses his turn, much as in some dice chess variants. Like chess boxing, this is perhaps not the sort of chess variant you can play on your coffeetable at home with a guest, but you could play it in a tournament hall or on the internet (securely guarded large trivial pursuit-style card decks, or databases, of moral Q & A's might be used). Young children may be at a disadvantage at times, but at least some adults might not mind that at all.
[edit: Now that I think of it, a sort of trivial pursuit style card could also be a small database device that also lights up red (wrong) or green (right) for 1 of 2 answer choices offered and selected from; that would make this variant idea more workable at a tournament hall I'd suppose.] [edit: An example moral question might be: "A man drops a $5 bill and walks away. Do you: 1) offer him the bill, or 2) take it, because you found it"? A less simple one might be "You're a healthy boy and there are three similar cookies. Your younger sister is blind and cannot speak. Do you: 1) split 1 in half, take 1 and 1/2 & offer the rest to your sister, or 2) take 1 and offer 2 to your sister"?]
I recall Fergus mentioned to me that Knightmare Chess might be computer resistant. I now doubt that it ultimately will prove to be, even though there is a quite random element involved in the game (which doesn't appeal to me to begin with, though strictly speaking as a standard chess player). Computers are now great at other games with random elements present, Bridge for instance, and so I expect programmers can succeed with Knightmare Chess too, given time to absorb how skilled humans play it. Not only that, there is still the spectre of things like neural net techniques, or the development of quantum computers.
It struck me today that one thing that might allow a computer resistant chess variant to be produced is to introduce a quasi-random element instead, one that often gives humans the edge. If the idea is workable, chess engine assisted cheating or the superiority of engines over even top humans may largely go away as concerns in the minds of possibly many. Computers as yet cannot be programmed to do advanced moral thinking, as far as I know, and I suspect they might never be able to even if nominally Technological (AI) Singularity is achieved. Morality takes into account even emotional feelings, and there seems little doubt that computers can never be given a soul of the sort many think we may have.
How might such a chess variant based on humanity's grasp of morality work? Well, the best we have for an expert in morality could be a law school or seminary teacher, for example. For the sort of chess variant I have in mind, it would be a kind of combination of the knowlege of moral issues and chess that a player has, as well as his chess skills (kind of like chess boxing combines chess and boxing - another variant that may be computer resistant to some extent). Before making a move in such a chess variant, the moral expert (teacher) or an assistant arbiter asks the player a skill testing question (could be multiple choice). If his answer is acceptable, he gets to move, otherwise he loses his turn, much as in some dice chess variants. Like chess boxing, this is perhaps not the sort of chess variant you can play on your coffeetable at home with a guest, but you could play it in a tournament hall or on the internet (securely guarded large trivial pursuit-style card decks, or databases, of moral Q & A's might be used). Young children may be at a disadvantage at times, but at least some adults might not mind that at all. [edit: Now that I think of it, a sort of trivial pursuit style card could also be a small database device that also lights up red (wrong) or green (right) for 1 of 2 answer choices offered and selected from; that would make this variant idea more workable at a tournament hall I'd suppose.] [edit: An example moral question might be: "A man drops a $5 bill and walks away. Do you: 1) offer him the bill, or 2) take it, because you found it"? A less simple one might be "You're a healthy boy and there are three similar cookies. Your younger sister is blind and cannot speak. Do you: 1) split 1 in half, take 1 and 1/2 & offer the rest to your sister, or 2) take 1 and offer 2 to your sister"?]