Sure, there are upgrades that one can make in which one can more or less prove deterministically how it changes a subsystem in isolation. Things like adding the capability for zillion bit math, or adding a huge associative memory. But it’s not clear that the subsystem would actually be an upgrade in interaction with the AI and with the unpredictable environment, at once. I guess the word I’m getting hung up on is ‘correctness.’ Sure, the subsystems could be deterministically correct, but would it necessarily be a system-wide upgrade?
It’s also especially plausible that there are certain ‘upgrades’ (or at least large cognitive system changes) which can’t be arrived at deterministically, even by a super human intelligence.
@Eliezer
Sure, there are upgrades that one can make in which one can more or less prove deterministically how it changes a subsystem in isolation. Things like adding the capability for zillion bit math, or adding a huge associative memory. But it’s not clear that the subsystem would actually be an upgrade in interaction with the AI and with the unpredictable environment, at once. I guess the word I’m getting hung up on is ‘correctness.’ Sure, the subsystems could be deterministically correct, but would it necessarily be a system-wide upgrade?
It’s also especially plausible that there are certain ‘upgrades’ (or at least large cognitive system changes) which can’t be arrived at deterministically, even by a super human intelligence.