Earlier quoted context omitted.
> clearly nothing ... is required this isn't even prompt injection; even if it was, how do you go from "exists" to "for all"? > we don't know the desired output then what are we talking about? if you don't know how you want your software to behave, how do you define a bug? > linux is not a pure function ... which is my point -- it's worse > to establish an order of magnitude and for linux?
> this isn't even prompt injection; even if it was, how do you go from "exists" to "for all"? Yes it is, and nice backtrack in the same sentence there. I've laid out plenty of evidence here so far, it's your turn to start thinking. We'll try the Socratic method. Given that every LLM seen so far has been vulnerable to prompt injection attacks, what is your possible basis for thinking that one can be made immune from t…
agree to disagree
> every LLM has been vulnerable
and every OS had bugs
> show the logic
https://arxiv.org/pdf/1912.10077
> you are the one asserting mappings existed
I know? that's why I'm asking?
> no useful system can be a pure function
why not? surely you can describe useful systems with qm? evolution operator of a closed system seems pretty pure to me
it's almost as if you could reformulate anything such that the state was one of the arguments of the function
> you can start adding up the state space for the linux kernel
I can give you a lower bound -- (your estimate for LLMs)*2, as you could imagine state "running two instances of llama-cpp"