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A lot of AI x-risk discussion is focused on worlds where iterative design fails. This makes sense, as "iterative design stops working" does in fact make problems much much harder to solve.
However, I think that even in the worlds where iterative design fails for safely creating an entire AGI, the worlds we succeed will be ones in which we were able to do iterative design on the components that safe AGI, and also able to do iterative design on the boundaries between subsystems, with the dangerous parts mocked out.
I am not optimistic about approaches that look like "do a bunch of math and philosophy to try to become less confused without interacting with the real world, and only then try to interact with the real world using your newfound knowledge".
For the most part, I don't think it's a problem if people work on the math / philosophy approaches. However, to the extent that people want to stop people from doing empirical safety research on ML systems as they actually are in practice, I think that's trading off a very marginal increase in the odds of success in worlds where iterative design could never work against a quite substantial decrease in the odds of success in worlds where iterative design could work. I am particularly thinking of things like interpretability / RLHF / constitutional AI as things which help a lot in worlds where iterative design could succeed.
Yes, there are a number of posts to that effect.
That said, "there exist such posts" is not really why I wrote this. The idea I really want to push back on is one that I have heard several times in IRL conversations, though I don't know if I've ever seen it online. It goes like
[...]
Maybe almost nobody holds that set of beliefs! I am noticing now that my list of articles arguing that prosaic alignment strategies are harmful in expectation are by a pretty short list of authors.
7ryan_greenblatt
Maybe on LW, this seems way less true for lab alignment teams, open phil, and safety researchers in general.
Also, I think it's worth noting the distinction between two different cases:
* Iterative design against the problems you actually see in production fails.
* Iterative design against carefully constructed test beds fails to result in safety in practice. (E.g. iterating against AI control test beds, model organisms, sandwiching setups, and other testbeds)
See also this quote from Paul from here:
[...]
The quote from Paul sounds about right to me, with the caveat that I think it's pretty likely that there won't be a single try that is "the critical try": something like this (also by Paul) seems pretty plausible to me, and it is cases like that that I particularly expect having existing but imperfect tooling for interpreting and steering ML models to be useful.