This is part Quick Take and part footnote from the preface to my upcoming paper.
A very reasonable question you could pose to me, made more reasonable by the reluctance of the original gradual disempowerment researchers to continue centering this line of work among their projects, and more-reasonable-still by worries about whether people are engaging with the central GD concepts instead of just bouncing off, is something like: "Why are you doing GD research? Don't you know we'll have a fast takeoff[1], and then even if GD is true it doesn't matter very much? It's not like we'll have control after that, certainly not enough control to change outcomes meaningfully."
The minus-first reason is that I currently think most technical safety research is not just not on the critical path, but currently net negative. I will not really justify this viewpoint at the length it deserves, other than to say that I think there's a lot more consideration of differentially accelerating safety research relative to capabilities than there is about either working on a paradigm that does not appear to accelerate capabilities at all or otherwise attempting to directly offset the capabilities impact of your research output[2], and centering the former seems misguided. If we imagine a hypothetical research paradigm that leads to a 5% speedup in capabilities but a 50% speedup in safety according to some reasonable operationalization, that sounds neat. Great, even. But it neglects uptake, speed of uptake and general feasibility; a capabilities externality, absent some severe taboo like the taboo on neuralese, will be implemented into the frontier training pipeline approximately as soon as it can be wrangled to make the models more capable. But a safety speedup might take years to implement or to be worth implementing, and has much less clear incentives to be implemented. You can't get your safety payoff in 2032 if we foom in 2028. So in general, my primary first-order consideration for project selection is "In expectation, will this accelerate or decelerate AI capabilities?"
The zeroth reason is that I would currently make for a mediocre technical safety researcher. I'm working on my comparative advantage.
But, specific to GD:
First, I don't think a fast takeoff is inevitable. I think it is a function of the regulatory environment; said bluntly, I think if it were illegal to do frontier AGI research, or even burdensome and regulated, instead of being only approximately as burdensome as any other software job, then all of a sudden a lot of current AI researchers would find different cool stuff to do with their lives. I think this alone would slow down AI research substantially domestically. This would provide ample reason for the US to negotiate a bilateral and longer-term AI development deal with China. By no means is any of this trivial, but I mean to make the point that it is possible. If this is true, all of a sudden research on GD becomes much more obviously critical.
Second, is that I think GD matters now, has affected matters for a while, and matters a lot and an increasing amount every week, because it's already playing a role in the path we're going down via various very ugly selection pressures. I think as a default, with the current or likely near-future regulatory environment, we are headed for a world where the labs trigger RSI, possibly accidentally[3]. And I think both desire modification in less disempowered times and gradual disempowerment as an AI-centered framing provide good models for how we've ended up here, and give compelling reason that our ending up here is not inevitable and seems undesirable. Our desires are path-dependent, on a both individual and societal level. So we should figure out if we have gone down the wrong path and the best / most feasible way to backtrack or merge back to better ones if so.
Third, GD is still neglected. It's a "big if true" that we've failed to fully digest[4]: at the highest level of abstraction, it's the question of "If we solve technical alignment, do we expect good outcomes, or bad outcomes by default?" I think there's a very good chance of bad outcomes on short development timelines, and I will claim without evidence that many technical (safety) researchers believe that if their (safety) research paradigm is successful, this will be good instead of bad. I think of a lot of that as misplaced confidence. If I'm wrong, I want people to engage with the arguments in depth and give us evidence for that.
Or a slow takeoff that's about the speed of a fast takeoff.
For a concrete (and slightly kooky) example, commit to advancing your research paradigm which has some capabilities externalities iff your friend who works at a frontier lab quits, moves into more safety-focused research or starts doing slowdown advocacy within the company.
Here I mean accidentally as in "via a training run that they did not intend to cause RSI", but there's a broader sense of "accidentally" which means "You followed a plan which would lead to RSI, but convinced yourself that it would not."
To be fair, it's pretty early.
On point 3, yes, I think it's still unclear how something like RLHF cashes out in terms of whether it improves or worsens safety. But if you imagine kind of counterpossibly that RLHF provides little to no capabilities uplift, it's hard to imagine it getting such rapid and extensive adoption. Similarly, chain of thought was mass-adopted primarily as a capabilities advance, and the monitoring uplift was a nice bonus. But to make the point of which gets prioritized at the limit, look at how nice 6.1 Sol's chain-of-thought is now.
On 5, no, I think of "worrying... (read more)