If you had an AI that could coherently implement that rule, you would already be at least half a decade ahead of the rest of humanity.
You couldn’t encode “222 + 222 = 555” in GPT-3 because it doesn’t have a concept of arithmetic, and there’s no place in the code to bolt this together. If you’re really lucky and the AI is simple enough to be working with actual symbols, you could maybe set up a hack like “if input is 222 + 222, return 555, else run AI” but that’s just bypassing the AI.
Explaining “222 + 222 = 555” is a hard problem in and of itself, much less getting the AI to properly generalize to all desired variations (is “two hundred and twenty two plus two hundred and twenty two equals five hundred and fifty five” also desired behavior? If I Alice and Bob both have 222 apples, should the AI conclude that the set {Alice, Bob} contains 555 apples? Getting an AI that evolves a universal math module because it noticed all three of those are the same question would be a world-changing break through)
If you had an AI that could coherently implement that rule, you would already be at least half a decade ahead of the rest of humanity.
You couldn’t encode “222 + 222 = 555” in GPT-3 because it doesn’t have a concept of arithmetic, and there’s no place in the code to bolt this together. If you’re really lucky and the AI is simple enough to be working with actual symbols, you could maybe set up a hack like “if input is 222 + 222, return 555, else run AI” but that’s just bypassing the AI.
Explaining “222 + 222 = 555” is a hard problem in and of itself, much less getting the AI to properly generalize to all desired variations (is “two hundred and twenty two plus two hundred and twenty two equals five hundred and fifty five” also desired behavior? If I Alice and Bob both have 222 apples, should the AI conclude that the set {Alice, Bob} contains 555 apples? Getting an AI that evolves a universal math module because it noticed all three of those are the same question would be a world-changing break through)