Then suppose i said that this new game is a win for White if neither side makes an error...
Some would make the argument that i could not know the game is a win for White because the game has not been solved with a 31 piece table base.
To know and to prove means different things in different context. Evidence you showed would enough to send someone in jail as in real word total confidence is no possible
But solving a game is mathematical term and maths is self contained and there 'to solve' really means solving, no amounts statistical evidence makes a proof of anything. Yes, every one agrees that this probable outcome, it just has not been proven.
Did i say that in the senario that the particular game mentioned would be solved?? To answer my own question...i DID NOT say the particular game mentioned was "solved"!
The hypothetical was to show the hang up some people have that they seem to think a game has to be "solved" for someone to know the outcome of the game.
Suppose i changed to a new game which would be just like chess but that Black would be minus a queen and both rooks...Any body who knows just a little about chess would know that the natural result of that game would be a win for White.
Now some would argue "we do not know the theoretical result of such a game so you cannot prove the game is a win for White."
But what does "theoretical" mean? Looking "theoretical" up in the dictionary here is what I get: "theoretical" Something theoretical is concerned with theories and hypothesis--it's not necessarily based on real life or meant to apply to real life.
So, in that senario, i would say the game will naturally end in a win for White if both sides played without making a mistake. And this is true regardless if the game is or is not theoretically proved to be a win for White.
So those insisting on theoretical proof to know that game is a win for White are somewhere out in some not real life scene.
I prefer real life
Perhaps a good way to see if chess is a draw would be to play with 6 squares instead of 8. Take away a bishop and knight from both sides and it would still be even. Since there are only 36 squares instead of 64, it would be easier to solve. Whatever the outcome it would apply to the 64 square game as well - maybe it would be fun to play and easier.
I suspect the number of possible game variations would still surpass the capabilities of current technology. And really in that case you’ve completely changed the dynamics of the game. You can’t extrapolate one result from the other.