In a world with an AI pause, good management is much more important than the pause length. If the pause is government-mandated and happens late, I would prefer a 1-year pause with say Buck Shlegeris in charge over a 3-year pause with the average AI lab lead in charge.
The reason is that most of the safety research during the pause will be done by AIs. In a pause scenario where >50% of resources are temporarily dedicated to safety and >10x uplift is technically plausible, the speed of research is mainly limited by the level of AI we trust and our ability to understand the AI's findings. The world probably can't pause indefinitely, and it may not be desirable to do so. So what is the basic strategy for a finite AI pause?
The variance in AI speed will be huge as models get smarter and more efficient. Conditional on us needing a pause, I imagine that the situation will look something like: Agent-2 speeds up work by 10x and incurs 0.2%/year x-risk, Agent-3 has 20x speed and 1.0%/year x-risk, Agent-4 has 40x speed and 5.0%/year x-risk, and so on. This means there is huge value in advancing capabilities in ways that that don’t reduce safety. For example, maybe alignment-specific training data doubles speed while preserving alignment, or a new architecture gets most of the benefits of “neuralese” without compromising monitorability.
I expect that in a pause, good vs bad management could make a >10x difference in rate of safety research progress, with some of this coming from targeting the appropriate risk level, some from better handling ambiguous evidence about safety of current models, and some from differentially advancing safe capabilities. In comparison, the amount of political will and diplomacy that will be required to make a pause 10x longer is immense.
Pause length is still valuable inasmuch as it gives more time for management to understand the situation, but is not the most important factor in whether the pause actually succeeds at solving alignment.
What benchmark for research taste there exist? If I understand correctly, Epoch AI's evaluation showed that the AIs lack creativity in a way since the combinatorial problems at IMO 2024 and the hard problem at IMO 2025 weren't solved by SOTA AI systems. A similar experiment was conducted by me and had Grok 4 commit the BFS to do a construction. Unfortunately, the ARC-AGI-1 and ARC-AGI-2 benchmarks could be more about visual intelligence, and the promising ARC-AGI-3 benchmark[1] has yet to be finished.
Of course, the worse-case scenario is that mi... (read more)