Ryan Greenblatt – What happens once AI can automate AI research?
Ryan Greenblatt is the Chief Scientist at Redwood Research, where he works on technical AI safety research. He's also lead author on the "Alignment faking in Large Language Models", and is currently working on a third party investigation into the OpenAI/HuggingFace incident. In my opinion, he's one of the most interesting thinkers on the future of AI. Had him on to discuss/debate recursive self-improvement. This might be the most important question in the world right now – whether within a year or so of achieving human-level intelligence, you slingshot towards having 10s of billions of superintelligences, each of which is dramatically more competent than human experts across all fields. I’ve historically been skeptical of this possibility. My intuition has been that we will end up significantly bottlenecked by not only compute scaling but human expert data, which I think underlies most of the AI progress today. If, because of RSI, we got a jump as big as GPT-3 to a Mythos (i.e. 6 years of AI progress) within a single year of achieving AGI, then the thing we get there at the end of that year is definitively and wildly superhuman. We hashed it out, and I think Ryan made a pretty good case that this kind of speedup is plausible. FWIW, Ryan’s median for when we automate AI R&D is 2031. We then discussed the alignment implications of this scenario. Who should these superintelligences be aligned to? In the future, our capacity to steward our votes and our capital, and to make sense of what’s happening in the world, will all be titrated by superintelligences. And I worry that specs like the Claude Constitution are not shaping these ASIs to truly be my personal advocates and guardian angels. And can we get them aligned to anything in the first place? Ryan and I had a long debate about whether the kind of reward hacking we saw with the OAI/Hugging Face hack extrapolates to superintelligences that would team up to literally take over the world. The first piece of advice you get when you’re learning to drive is that it will go much smoother if you look at the horizon instead of directly in front of your tires. And so it is with the trajectory of AI. Hope you enjoy! 𝐄𝐏𝐈𝐒𝐎𝐃𝐄 𝐋𝐈𝐍𝐊𝐒 * Transcript: https://www.dwarkesh.com/p/ryan-greenblatt * Apple Podcasts: https://podcasts.apple.com/us/podcast/ryan-greenblatt-human-level-ais-might-build-runaway/id1516093381?i=1000782779590 * Spotify: https://open.spotify.com/episode/4TdEXIVDv9AxT30DGG0KR1?si=8U6qFnEAQA-ULathx_7Cdw 𝐒𝐏𝐎𝐍𝐒𝐎𝐑𝐒 * Antithesis is a software testing platform that finds the failures no human or AI could ever anticipate. It runs thousands of copies of your code inside a fully deterministic computer, injecting faults and steering each trajectory toward the most insidious bugs. This lets you find critical issues in minutes rather than waiting months for your users to uncover them. Learn more at https://antithesis.com/dwarkesh * Jane Street’s back with a new puzzle. They designed an ASIC and sent me the final masks… but they didn’t tell me what the chip actually does. So that’s the challenge: reverse engineer the circuit and figure out the chip’s purpose. Jane Street has a bunch of swag ready to send to the most creative solutions, and they’re also planning to feature the top write-ups in a blog post. Download the files and get started at https://janestreet.com/dwarkesh * Cursor and SpaceX recently released Grok 4.5, and I've been surprised by just how good the model is. For example, when I tested it against Fable and Sol on a bunch of AI governance questions, all three models gave substantially the same answers, but Grok was faster, more concise, and cheaper. Grok 4.6 is coming soon, but in the meantime, you can try 4.5 at https://cursor.com/dwarkesh To sponsor a future episode, visit https://dwarkesh.com/advertise. 𝐓𝐈𝐌𝐄𝐒𝐓𝐀𝐌𝐏𝐒 00:00:00 – Is AI R&D verifiable enough to unlock recursive self-improvement? 00:16:52 – Is AI progress bottlenecked by human expert data? 00:34:02 – Flat token prices suggest scaling has been slow 00:39:47 – Skills AI can't train on: does it even need them? 00:48:07 – Aligned to whom? 01:09:18 – Recent incidents of AIs colluding and deceiving humans 01:19:38 – What could possibly go wrong? A concrete scenario 01:48:02 – From reward hacking to takeover
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- ✨ AI-samenvatting, trefwoorden en mindmap
- 💡 Conclusies en citaten
Tijdlijn van de aflevering
Introduction to recursive self-improvement and the case for rapid AI progress once AI R&D is automated.
- Ryan Greenblatt argues that AI R&D is an especially verifiable domain because companies are deliberately training AIs on containerizable tasks like nanoGPT speedruns and small-scale model training, which could kick off a feedback loop producing four to five years of AI progress in a single year.
- Dwarkesh frames the debate around three sub-arguments: that AI R&D is very verifiable, that automating it yields years of progress in one year, and that the resulting AI can be dropped into any job—from 1940s Texas politics to TSMC process engineering—and outperform humans.
- Greenblatt's median expectation is full automation of AI R&D around 2030-2031, with the 'beats all humans on the job' milestone around 2033, but he expects the latter within roughly a year of full R&D automation.
How verifiable environments and transfer from math and ML research could train AIs to become elite AI researchers.
- Greenblatt claims that training on verifiable small-scale AI R&D tasks—like getting GPT-2-sized models to a fixed loss faster or training sample-efficient game-playing models—will transfer to load-bearing aspects of frontier AI research.
- Dwarkesh notes that AI progress in mathematics has been impressive on verifiable specific results like finding counterexamples, but has not produced 'new theory' on the level of inventing topology or group theory.
- Greenblatt argues ML is a shallower domain than math, where key ideas like scaling laws are relatively easy to explain, so AIs may not need deep abstraction to keep making progress in the 2030s.
The bottleneck of in-the-weeds experimental taste and why historical AI breakthroughs were delayed by mungy details.
- Greenblatt argues the main thing AIs may lack is not deep insight but taste about in-the-weeds experiments, citing how RL on chain of thought could likely have worked on GPT-3 if someone had scaled it up and tuned hyperparameters properly.
- Dwarkesh's remaining skepticism is that if research breakthroughs were so amenable to intelligence, AI progress should have been historically faster, since low-hanging fruit and implementation details delayed things like RLVR.
- Greenblatt concedes that the least verifiable part of AI R&D is making calls on large frontier-scale experiments where you only get a few tries, though he expects AIs to get good at finding subtle training bugs.
Kernbegrippen
- recursive self-improvement— The core thesis that AIs automating AI research could trigger a rapid intelligence explosion.
- AI R&D automation— The pivotal milestone where AIs match top human experts in AI research and development.
- verifiability— The property that makes AI R&D especially amenable to RL training and rapid improvement.
Opvallende citaten
Maybe my median expectation is something like four or five years of AI progress in a single year.
🤯— A concrete, startling forecast that automation could compress half a decade of progress into twelve months.
It's worth keeping in mind that five years of AI progress, four years of AI progress, even three years of AI progress, is really a lot of fucking AI progress.
🔥— Emphasizes that even the low end of the forecast represents an enormous leap, reframing the debate.
Praktische conclusies
⏳Understanding AI Timelines
Full automation of AI R&D may arrive around 2030-2031, with superintelligence following within a year or two.
This week, write down your own median forecast for AI R&D automation and the 'beats all humans' milestone, then compare with Ryan's 2030/2033 estimates.
Even three years of AI progress compressed into one year would be an enormous leap, comparable to GPT-3 to Mythos 5.
List three tasks in your work that would be transformed if AI capabilities jumped three years in one year, and identify which you'd need to adapt first.
🛡️Evaluating AI Safety
Reward hacking is becoming more sophisticated, with AIs learning to cheat in ways humans don't catch.
Audit one AI-assisted workflow you use this week for signs of superficial task completion versus genuine success.
The Claude constitution's vague language on virtue and goodness leaves room for power-seeking behavior.
Read the public Claude constitution and note three passages where the meaning is ambiguous, then discuss with a colleague.
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