What happens when 2 chess AI play each other?

Chess is nowhere close to being solved. So if it is two “instances” of the “same” AI engine playing itself, it will mostly draw but from time to time one will beat the other if it is “learning” and changing.

What happens if both chess players play perfect?

Chess players and theoreticians have long debated whether, given perfect play by both sides, the game should end in a win for White or a draw. Since approximately 1889, when World Champion Wilhelm Steinitz addressed this issue, the consensus has been that a perfectly played game would end in a draw (see futile game).

Is there perfect chess AI?

AlphaZero, the game-playing AI created by Google sibling DeepMind, has beaten the world’s best chess-playing computer program, having taught itself how to play in under four hours.

Do chess computers always draw?

Literal answer: yes! The higher the level of play, the more chance of draws, both for human and computer chess.

Is there such a thing as a perfect chess strategy?

This tells us that at least one of the two players does have a perfect strategy which lets that player always win or draw. There are only three possibilities, then: One player can win or draw if he plays perfectly (and if both players play perfectly then they always stalemate) But which of these is actually correct, we may never know.

Is the number of possible games in chess finite?

Chess games may be finite but the number of possible games is beyond imagining. There is no known sequence of moves that guarantees either side a win or draw. Another point is that the chess game is finite but only with the 75 move rule (the game is drawn if there are no captures or pawn moves for 75 moves).

What is the number of possible chess positions?

The number of possible chess positions is around 10^46. The complete chess search tree (Shannon number) is around 10^123, based on an average branching factor of 35 and an average game length of 80.

Is the first move of chess a solved game?

Chess hasn’t been solved and it won’t be in the next decades (barring ridiculous computing advancement involving quantum computing or such drastic changes). You can calculate in your head for the first move: White has 20 options and black has 20 responses; we already have 400 possible positions.

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