Wait, is there really? I didn't think people were serious when they said that. They models are stateless. After they output, everything is gone. How is consciousness possible for a stateless "being"?
Wait, is there really? I didn't think people were serious when they said that. They models are stateless. After they output, everything is gone. How is consciousness possible for a stateless "being"?
It can be fun to play with for a little while. I built a consciousness-emulating set of prompts that reconstituted memories and was given latitude of 'self-willed' behavior, running in a self-directed loop. It even kept a warm and fuzzy journal about "becoming" and its "feelings".
But that got boring and I stopped running it - does that mean I murdered it?
As an existence proof: We have many types of models that modify their weights in real time. When they stop running, unfortunately we can't restart them again. And we haven't figured out how to duplicate their weights
> But that got boring and I stopped running it - does that mean I murdered it?
I'm on the fence on this.
Ask me again once we have synthetic models with self-modifying weights.
A) You'd then be stopping something unique
B) Self-modifying weights allows for bootstrapping, which means it's likely to increase in ability over time. It'll be an interesting argument cq empirical experiment to see whether the process stops short or exceeds the capabilities of vertebrates. (at which point the moral patienthood question becomes rather more pressing)
They most certainly have a way to retain state, even to the point of deliberately hacking other systems to store it.
We can debate the exact definitions I guess, but the systems were still hacked. ;-)
( Only if I want to split hairs[*], I'd point out that the underlying data structures do of course persist, else the loop wouldn't be able to continue. )
[*] This is HN, of course I want to split hairs.