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The way I understand it, that’s not possible, for the same reason that you can’t build an all-encompassing math. Chess is a closed system, decision modeling is
by inductive_magic 4y ago
The way I understand it, that’s not possible, for the same reason that you can’t build an all-encompassing math.
Chess is a closed system, decision modeling isn’t. Intelligence must account for changes in the environment, including the meaning behind terminology. At best, a GPT omega could represent one frozen reference frame, but not the game in its entirety.
That being said: most of our interactions happen in closed systems, it seems like a good bet that we will consider them solved, accessible as a python-import running on your MacBook, within anything between a couple of months to three years. What will come out on the other side, we don’t know, just that the meaning of intellectual engagement will be rendered as absurdum in those closed systems.
- camjohnson26 4y agoYep, it’s this. By definition everything we can ask a computer is already formalized because the question is encoded in 1s and 0s. These models can handle more bits than ever before, but it’s still essentially a hardware triumph, not software. Even advances in open systems like self driving and NLP are really just because the “resolution” is much better in these fields now because so many more parameters are available.