Dario Amodei says AI will be writing 90% of the code in 6 months and almost all the code in 12 months.
I think it's somewhat unclear how big of a deal this is. In particular, situations where AIs write 90% of lines of code, but are very far (in time, effective compute, and qualitative capabilities) from being able to automate research engineer jobs seem very plausible to me. Perhaps Dario means something a bit stronger than "90% of lines of code".
It's pretty easy to get to 25% of lines of code written by LLMs with very weak models, e.g., Google claims to see this despite relatively lackluster adoption and integration (I'd guess) and also this is probably mostly weak models doing code completion.
It could be that "somewhat better model than we have now after time for integration in cursor" already gets you to 90% of lines that end up getting committed, but gets you a much smaller overall productivity boost.
If "almost all" means something like "humans rarely spend their time writing code and only do this in niche cases", then this is probably occurring at a point where we're at least somewhat close to full automation of research engineering. But I'm pretty unsure, and there are much weaker interpretations of "almost all".
I expect neither 90% of code in 6 months nor almost all in 12 months.
My best guess is that the intended reading is "90% of the code at Anthropic", not in the world at large—if I remember the context correctly that felt like the option that made the most sense. (I was confused about this at first, and the original context on this is not clear whether the claim is about the world at large or about Anthropic specifically.)
Yes, I was intending my comment to refer to just code at Anthropic. (Otherwise I would talk much more about serious integration lags and lack of compute.)
Dario Amodei says AI will be writing 90% of the code in 6 months and almost all the code in 12 months. I am with Arthur B here, I expect a lot of progress and change very soon but I would still take the other side of that bet. The catch is: I don’t see the benefit to Anthropic of running the hype machine in overdrive on this, at this time, unless Dario actually believed it.
Which means that, if this does not in fact happen in 3-6 months, it should be taken as evidence that there's some unknown-to-us reason for Anthropic to be running the hype machine in this way, and we should therefore update towards their "AGI by 2026-2027" forecasts likewise failing.
Not a strong update: obviously this is just something Dario said "on the run" whereas the 2026-2027 figure is (presumably) the result of careful consideration by the whole Anthropic team, and he might not have a good model of how slow technological adoption is but still have a good model of the roadmap to AGI, etc.
Still, this is incremental evidence towards "Dario do be running his mouth on AI progress".
I don't expect 90% of code in 6 months and more confidently don't expect "almost all" in 12 months for a reasonable interpretation of almost all. However, I think this prediction is also weaker than it might seem, see my comment here.
The update to my timelines this would cause isn't a direct "AI is advancing faster than I expected", but an indirect "Dario makes a statement about AI progress that seems overly ambitious and clearly wrong to me, but is then proven right, which suggests he may have a better idea of what's going on than me in other places as well, and my skepticism regarding his other overambitious-seeming statements is now more likely to be incorrect".
Are you kidding me? What is your discount rate? Not flipping that coin is absurd.
Not absurd. Not everything is "maximize your utilty." Some people care about the trajectory they're on together with other people. Are parents supposed to just leave their children? Do married people get to flip a coin that decides for both of them, or do they have to make independent throws (or does only one person get the opportunity)?
Also, there may be further confounders so that the question may not tell you exactly what you think it tells you. For instance, some people will flip the coin because they're unhappy and the coin is an easy way to solve their problems one way or another -- suicide feels easier if someone else safely does it for you and if there's a chance of something good to look forward to.
"The best possible life" for me pretty much includes "everyone who I care about is totally happy"?
Okay, I can see it being meant that way. (Even though, if you take this logic further, you could, as an altruist, make it include everything going well for everyone everywhere.) Still, that's only 50% of the coinflip.
And parents certainly do dangerous risky things to provide better future for their children all the time.
Yeah, that's true. I could even imagine that parents are more likely to flip coins that say "you die for sure but your kids get a 50% chance of the perfect life." (Especially if the kids are at an age where they would be able to take care of themselves even under the bad outcome.)
The most hyped event of the week, by far, was the Manus Marketing Madness. Manus wasn’t entirely hype, but there was very little there there in that Claude wrapper.
Whereas here in America, OpenAI dropped an entire suite of tools for making AI agents, and previewed a new internal model making advances in creative writing. Also they offered us a very good paper warning about The Most Forbidden Technique.
Google dropped what is likely the best open non-reasoning model, Gemma 3 (reasoning model presumably to be created shortly, even if Google doesn’t do it themselves), put by all accounts quite good native image generation inside Flash 2.0, and added functionality to its AMIE doctor, and Gemini Robotics.
It’s only going to get harder from here to track which things actually matter.
Typed Female: AI cavity detection has got me skewing out. Absolutely no one who is good at their job is working on this—horrible incentive structures at play.
My dentist didn’t even bother looking at the X-rays. Are we just going to drill anywhere the AI says to? You’ve lost your mind.
These programs are largely marketed as tools that boost dentist revenue.
To me this is an obviously great use case. The AI is going to be vastly more accurate than the dentist. That doesn’t mean the dentist shouldn’t look to confirm, but it would be unsurprising to me if the dentist looking reduced accuracy.
WASHINGTON (AP) — References to a World War II Medal of Honor recipient, the Enola Gay aircraft that dropped an atomic bomb on Japan and the first women to pass Marine infantry training are among the tens of thousands of photos and online posts marked for deletion as the Defense Department works to purge diversity, equity and inclusion content, according to a database obtained by The Associated Press.
Will Creeley: The government enlisting AI to police speech online should scare the hell out of every American.
One could also check the expression of wide groups and scour their social media to see if they express Wrongthink, in this case ‘pro-Hamas’ views among international students, and then do things like revoke their visas. FIRE’s objection here is on the basis of the LLMs being insufficiently accurate. That’s one concern, but humans make similar mistakes too, probably even more often.
I find the actual big problem to be 90%+ ‘they are scouring everyone’s social media posts for Wrongthink’ rather than ‘they will occasionally have a false positive.’ This is a rather blatant first amendment violation. As we have seen over and over again, once this is possible and tolerated, what counts as Wrongthink often doesn’t stay contained.
Note that ‘ban the government (or anyone) from using AI to do this’ can help but is not a promising long term general strategy. The levels of friction involved are going to be dramatically reduced. If you want to ban the behavior, you have to ban the behavior in general and stick to that, not try to muddle the use of AI.
Be the neutral arbiter of truth among the normies? AI makes a lot of mistakes but it is far more reliable, trustworthy and neutral than most people’s available human sources. It’s way, way above the human median. You of course need to know when not to trust it, but that’s true of every source.
Do ‘routine’ math research, in the sense that you are combining existing theorems, without having to be able to prove those existing theorems. If you know a lot of obscure mathematical facts, you can combine them in a lot of interesting ways. Daniel Litt speculates this is ~90% of math research, and by year’s end the AIs will be highly useful for it. The other 10% of the work can then take the other 90% of the time.
Kol Tregaskes: Useful chart for what tools each OpenAI model has access to.
This is an updated version of what others have shared (includes a correction found by @btibor91). Peter notes he has missed out Projects, will look at them.
Peter Wildeford: Crazy that
this chart needs to exist
it contains information that I as a very informed OpenAI Pro user didn’t even know
it is already out of date despite being “as of” three days ago [GPT-4.5 was rolled out more widely].
In this case, the claim is that [X] is ‘have unique insights.’ As in, sure an LLM will be able to be an A+ student and know the ultimate answer is 42, but won’t know the right question, so it won’t be all that useful. Certainly LLMs are relatively weaker there. At minimum, if you can abstract away the rest of the job, then that leaves a lot more space for the humans to provide the unique insights – most of even the best scientists spend most of their time on other things.
More than that, I do think the ‘outside the box’ thinking will come with time, or perhaps we will think of that as the box expanding. It is not as mysterious or unique as one thinks. The reason that Thomas Wolf was a great student and poor researcher wasn’t (I am guessing) that Wolf was incapable of being a great researcher. It’s that our system of education gave him training data and feedback that led him down that path. As he observes, it was in part because he was a great student that he wasn’t great at research, and in school he instead learned to guess the teacher’s password.
That can be fixed in LLMs, without making them bad students. Right now, LLMs guess the user’s password too much, because the training process implicitly thinks users want that. The YouTube algorithm does the same thing. But you could totally train an LLM a different way, especially if doing it purely for science. In a few years, the cost of that will be trivial, Stanford graduate students will do it in a weekend if no one else did it first.
Davidad: I have found Deep Research useful under exactly the following conditions:
* I have a question, to which I suspect someone has written down the answer in a PDF online once or twice ever.
* It’s not easy to find with a keyword search.
* I can multitask while waiting for the answer.
Unfortunately, when it turns out that no one has ever written down the actual answer (or an algorithmic method to compute the general class of question), it is generally extremely frustrating to discover that o3’s superficially excitingly plausible synthesis is actually nonsense.
Arvind Narayanan tells OpenAI Deep Research to skip the secondary set of questions, and OpenAI Deep Research proves incapable of doing that, the user cannot deviate from the workflow here. I think in this case that is fine, as a DR call is expensive. For Gemini DR it’s profoundly silly, I literally just click through the ‘research proposal’ because the proposal is my words repeated back to me no matter what.
More Manus Marketing Madness
Peter Wildeford (3/10/25): The @ManusAI_HQ narrative whiplash is absurd.
Yesterday: “first AGI! China defeats US in AI race!”
Today: “complete influencer hype scam! just a Claude wrapper!”
The reality? In between! Manus made genuine innovations and seems useful! But it isn’t some massive advance.
Robert Scoble: “Be particularly skeptical of initial claims of Chinese AI.”
I’m guilty, because I’m watching so many in AI who get excited, which gets me to share. I certainly did the past few days with @ManusAI_HQ, which isn’t public yet but a lot of AI researchers got last week.
In my defense I shared both people who said it wasn’t measuring up, as well as those who said it was amazing. But I don’t have the evaluation suites, or the skills, to do a real job here. I am following 20,000+ people in AI, though, so will continue sharing when I see new things pop up that a lot of people are covering.
To Robert, I would say you cannot follow 20,000+ people and critically process the information. Put everyone into the firehose and you’re going to end up falling for the hype, or you’re going to randomly drop a lot of information on the floor, or both. Whereas I do this full time and curate a group of less than 500 people.
Peter expanded his thoughts into a full post, making it clear that he agrees with me that what we are dealing with is much closer to the second statement than the first. If an American startup did Manus, it would have been a curiosity, and nothing more.
Contrary to claims that Manus is ‘the best general AI agent available,’ it is neither the best agent, nor is it available. Manus has let a small number of people see a ‘research preview’ that is slow, that has atrocious unit economics, that brazenly violates terms of service, that is optimized on a small range of influencer-friendly use cases, that is glitchy and lacks any sorts of guardrails, and definitely is not making any attempt to defend against prompt injections or other things that would exist if there was wide distribution and use of such an agent.
This isn’t about regulatory issues and has nothing to do with Monica (the company behind Manus) being Chinese, other than leaning into the ‘China beats America’ narrative. Manus doesn’t work. It isn’t ready for anything beyond a demo. They made it work on a few standard use cases. Everyone else looked at this level of execution, probably substantially better than this level in several cases, and decided to keep their heads down building until it got better, and worried correctly that any efforts to make it temporarily somewhat functional will get ‘steamrolled’ by the major labs. Manus instead decided to do a (well-executed) marketing effort anyway. Good for them?
Derya Unutmaz: After experiencing Manus AI, I’ve also revised my predictions for AGI arrival this year, increasing the probability from 90% to 95% by year’s end. At this point, it’s 99.9% likely to arrive by next year at the latest.
That’s… very much not how any of this works. It was a good sketch but then it got silly.
Diffusion Difficulties
Dean Ball explains why he still thinks Manus matters. Partly he is more technically impressed by Manus than most, in particular when being an active agent on the internet. But he explicitly says he wouldn’t call it ‘good,’ and notes he wouldn’t trust it with payment information, and notices its many glitches. And he is clear there is no big technical achievement here to be seen, as far as we can tell, and that the reason Manus looks better than alternatives is they had ‘the chutzpah to ship’ in this state while others didn’t.
Dean instead wants to make a broader point, which is that the Chinese may have an advantage in AI technology diffusion. The Chinese are much more enthusiastic and less skeptical about AI than Americans. The Chinese government is encouraging diffusion far more than the our government.
Then he praises Manus’s complete lack of any guardrails or security efforts whatsoever, for ‘having the chutzpah to ship’ a product I would say no sane man would ever use for the use cases where it has any advantages.
I acknowledge that Dean is pointing to real things when he discusses all the potential legal hot water one could get into as an American company releasing a Manus. But I once again double down that none of that is going to stop a YC company or other startup, or even substantially slow one down. Dean instead here says American companies may be afraid of ‘AGI’ and distracted from extracting maximum value from current LLMs.
I don’t think that is true either. I think that we have a torrent of such companies, trying to do various wrappers and marginal things, even as they are warned that there is likely little future in such a path. It won’t be long before we see other similar demos, and even releases, for the sufficiently bold.
I also notice that only days after Manus, OpenAI went ahead and launched new tools to help developers build reliable and powerful AI agents. In this sense, perhaps Manus was a (minor) DeepSeek moment, in that the hype caused OpenAI to accelerate their release schedule.
I do agree with Dean’s broader warnings. America risks using various regulatory barriers and its general suspicion of AI to slow down AI diffusion more than is wise, in ways that could do a lot of damage, and we need to reform our system to prevent this. We are not doing the things that would help us all not die, which would if done wisely cost very little in the way of capability, diffusion or productivity. Instead we are putting up barriers to us having nice things and being productive. We need to strike that, and reverse it.
Alas, instead, our government seems to be spending recent months largely shooting us in the foot in various ways.
I also could not agree more that the application layer is falling behind the model layer. And again, that’s the worst possible situation. The application layer is great, we should be out there doing all sorts of useful and cool things, and we’re not, and I continue to be largely confused about how things are staying this lousy this long.
Cohere moves from Command R+ to Command A, making a bold new claim to the ‘most confusing set of AI names’ crown.
Aiden Gomez (Cohere): Today @cohere is very excited to introduce Command A, our new model succeeding Command R+. Command A is an open-weights 111B parameter model with a 256k context window focused on delivering great performance across agentic, multilingual, and coding use cases.
Yi-Chern (Cohere): gpt-4o perf on enterprise and stem tasks, >deepseek-v3 on many languages including chinese human eval, >gpt-4o on enterprise rag human eval
2 gpus 256k context length, 156 tops at 1k context, 73 tops at 100k context
this is your workhorse.
The goal here seems to be as a base for AI agents or business uses, but the pricing doesn’t seem all that great at $2.50/$10 per million tokens.
Google’s AI Doctor AMIE can now converse, consult and provide treatment recommendations, prescriptions, multi-visit care, all guideline-compliant. I am highly suspicious that the methods here are effectively training on ‘match the guidelines’ rather than ‘do the best thing.’ It is still super valuable to have an AI that will properly apply the guidelines to a given situation, but one cannot help but be disappointed.
I’d be so much more excited if Google wasn’t the Fun Police.
Anca Dragan (Director of AI Safety and Alignment, DeepMind): The native image generation launch was a lot of work from a safety POV. But I’m so happy we got this functionality out, check this out:
Google, I get that you want it to be one way, but sometimes I want it to be the other way, and there really is little harm in it being the other way sometimes. Here are three of the four top replies to Anca:
Janek Mann: I can imagine… sadly I think the scales fell too far on the over-cautious side, it refuses many things where that doesn’t make any sense, limiting its usefulness. Hopefully there’ll be an opportunity for a more measured approach now that it’s been released
Nikshep: its an incredible feature but overly cautious, i have such a high failure rate on generations that should be incredibly safe. makes it borderline a struggle to use
Just-a-programmer: Asked it to fix up a photo of a young girl and her Dad. Told me it was “unsafe”.
Choose Your Fighter
METR evaluates DeepSeek v3 and r1, finds that they perform poorly as autonomous agents on generic SWE tasks, below Claude 3.6 and o1, about 6 months behind leading US companies.
Then on six challenging R&D tasks, r1 does dramatically worse than that, being outperformed by Claude 3.5 and even Opus, which is from 11 months ago.
They did however confirm that the DeepSeek GPQA results were legitimate. The core conclusion is that r1 is good at knowledge-based tasks, but lousy as an agent.
Once again, we are seeing that r1 was impressive for its cost, but overblown (and the cost difference was also overblown).
Rohit Krishnan writes In Defense of Gemini, pointing out Google is offering a fine set of LLMs and a bunch of great features, in theory, but isn’t bringing it together into a UI or product that people actually want to use. That sounds right, but until they do that, they still haven’t done it, and the Gemini over-refusal problem is real. I’m happy to use Gemini Flash with my Chrome extension, but Rohit is right that they’re going to have to do better on the product side, and I’d add better on the marketing side.
Google, also, give me an LLM that can properly use my Docs, Sheets and GMail as context, and that too would go a long way. You keep not doing that.
Sully Omarr: crazy how much better gemini flash thinking is than regular 2.0
<think>
this is actually op for instruction following
</think>
Doesn’t seem so crazy to me given everything else we know. Google is simply terrible at marketing.
Kelsey Piper: Finally got GPT 4.5 access and I really like it. For my use cases the improvements over 4o or Claude 3.7 are very noticeable. It feels unpolished, and the slowness of answering is very noticeable, but I think if the message limit weren’t so restrictive it’d be my go-to model.
There were at least two distinct moments where it made an inference or a clarification that I’ve never seen a model make and that felt genuinely intelligent, the product of a nuanced worldmodel and the ability to reason from it.
It does still get my secret test of AI metacognition and agency completely wrong even when I try very patiently prompting it to be aware of the pitfalls. This might be because it doesn’t have a deep thinking mode.
The top 100 GenAI Consumer Apps list is out again, and it has remarkably little overlap with what we talk about here.
The entire class of General Assistants is only 8%, versus 4% for plant identifiers.
Deepfaketown and Botpocalypse Soon
When a person is having a problem and needs a response, LLMs are reliably are evaluated as providing better responses than physicians or other humans provide. The LLMs make people ‘feel seen and heard.’ That’s largely because Bing spent more time ‘acknowledging and validating people’s feelings,’ whereas humans share of themselves and attempt to hash out next steps. It turns out what humans want, or at least rate as better, is to ‘feel seen and heard’ in this fake way. Eventually it perhaps wears thin and repetitive, but until then.
Maxwell Tabarrok goes off to graduate school in Economics at Harvard, and offers related thoughts and advice. His defense of still going for a PhD despite AI is roughly that the skills should still be broadly useful and other jobs mostly don’t have less uncertainty attached to them. I don’t think he is wary enough, and would definitely raise my bar for pursuing an economics PhD, but for him in particular given where he can go, it makes sense. He then follows up with practical advice for applicants, the biggest note is that acceptance is super random so you need to flood the zone.
Matthew Yglesias says it’s time to take AI job loss seriously, Timothy Lee approves and offers screenshots from behind the paywall. As Matthew says, we need to distinguish transitional disruptions, which are priced in and all but certain, from the question of permanent mass unemployment. Even if we don’t have permanent mass unemployment, even AI skeptics should be able to agree that the transition will be painful and perilous.
The Art of the Jailbreak
Claude models are generally suspicious of roleplay, because roleplay is a classic jailbreak technique, so while they’re happy to roleplay while comfortable they’ll shut down if the vibes are off at all.
Zack Witten: My favorite Claude Plays Pokémon tidbit (mentioned in @latentspacepod) is that when @DavidSHershey told Claude to nickname its Pokémon, it instantly became much more protective of them, making sure to heal them when they got hurt.
To check robustness of this I gave Claude a bunch of business school psychology experiment scenarios where someone did something morally ambiguous and had Claude judge their culpability, and found it judged them less harshly when they had names (“A baker, Sarah,” vs. “A baker”)
Claims about AI alignment that I think are probably true:
Tyler John: The fields of AI safety, security, and governance are profoundly talent constrained. If you’ve been on the fence about working in these areas it’s a great time to hop off it. If you’re talented at whatever you do, chances are there’s a good fit for you in these fields.
The charitable ecosystem is definitely also funding constrained, but that’s because there’s going to be an explosion in work that must be done. We definitely are short on talent across the board.
Seán Ó hÉigeartaigh: To create common knowledge: the community of ‘career’ academics who are focused on AI extreme risk is very small, & getting smaller (a lot have left for industry, policy or think tanks, or reduced hours). The remainder are getting almost DDOS’d by a huge no. of requests from a growing grassroots/think tank/student community on things requiring academic engagement (affiliations, mentorships, academic partnerships, reviewing, grant assessment etc).
large & growing volume of requests to be independent academic voices on relevant governance advisory processes (national, international, multistakeholder).
All of these are extremely worthy, but are getting funnelled through an ever-smaller no. of people. If you’ve emailed people (including me, sorry!) and got a decline or no response, that’s why. V sorry!
Introducing
Gemma 3, an open model from Google. As usual, no marketing, no hype.
Clement: We are focused on bringing you open models with best capabilities while being fast and easy to deploy:
– 27B lands an ELO of 1338, all the while still fitting on 1 single H100!
– vision support to process mixed image/video/text content
– extended context window of 128k – broad language support
China TREMBLES as Google model achieves SUPERHUMAN performance on ALL benchmarks with just ONE GPU!!! #AISupremacy
I am sure Marc Andreessen is going to thank Google profusely for this Real Soon Now.
Arena is not the greatest test anymore, so it is unclear if this is superior to v3, but it certainly is well ahead of v3 on the cost-benefit curves.
Presumably various versions of g1, turning this into a reasoning model, will be spun up shortly. If no one else does it, maybe I will do it in two weeks when my new Mac Studio arrives.
What’s going on with Ilya Sutskever’s Safe Superintelligence (SSI)? There’s no product so they’re completely dark and the valuations are steadily growing to $30 billion, up from $5 billion six months ago and almost half the value of Anthropic. They’re literally asking candidates to leave their phones in Faraday cages before in-person interviews, which actually makes me feel vastly better about the whole operation, someone is taking security actually seriously one time.
Wall Street Journal asks ‘what can the dot com boom tell us about today’s AI boom?’ without bringing any insights beyond ‘previous technologies had bubbles in the sense that at their high points we overinvested and the prices got too high, so maybe that will happen again’ and ‘ultimately if AI doesn’t produce value then the investments won’t pay off.’ Well, yeah. Robin Hanson interprets this as ‘seems they are admitting the AI stock prices are way too high’ as if there were some cabal of ‘theys’ that are ‘admitting’ something, which very much isn’t what is happening here. Prices could of course be too high, but that’s another way of saying prices aren’t super definitively too low.
Quiet Speculations
GPT-4.5 is not AGI as we currently understand it, or for the purposes of ‘things go crazy next Tuesday,’ but it does seem likely that researchers in 2015 would see its outputs and think of it as an AGI.
Justin Bullock, Samuel Hammond and Seb Krier offer a paper on AGI, Governments and Free Societies, pointing out that the current balances and system by default won’t survive. The risk is that either AGI capabilities diffuse so widely government (and I would add, probably also humanity!) is disempowered, or state capacity is enhanced enabling a surveillance state and despotism. There’s a lot of good meat here, and they in many ways take AGI seriously. I could certainly do a deep dive post here if I was so inclined. Unless and until then, I will say that this points to many very serious problems we have to solve, and takes the implications far more seriously than most, while (from what I could tell so far) still not ‘thinking big’ enough or taking the implications sufficiently seriously in key ways. The fundamental assumptions of liberal democracy, the reasons why it works and has been the best system for humans, are about to come into far more question than this admits.
I strongly agree with the conclusion that we must pursue a ‘narrow corridor’ of sorts if we wish to preserve the things we value about our current way of life and systems of governance, while worrying that the path is far narrower than even they realize, and that this will require what they label anticipatory governance. Passive reaction after the fact is doomed to fail, even under otherwise ideal conditions.
Arnold Kling offers seven opinions about AI. Kling expects AI to probably dramatically effect how we live (I agree and this is inevitable and obvious now, no ‘probably’ required) but probably not show up in the productivity statistics, which requires definitely not feeling the AGI and then being skeptical on top of that. The rest outlines the use cases he expects, which are rather tame but still enough that I would expect to see impact on the productivity statistics.
Kevin Bryan predicts the vast majority of research that does not involve the physical world can be done more cheaply with AI & a little human intervention than by even good researchers. I think this likely becomes far closer to true in the future, and eventually becomes fully true, but is premature where it counts most. The AIs do not yet have sufficient taste, even if we can automate the process Kevin describes – and to be clear we totally should be automating the process Kevin describes or something similar.
Metaculus prediction for the first general AI system has been creeping forward in time and the community prediction is now 7/12/2030. A Twitter survey from Michael Nielsen predicted ‘unambiguous ASI’ would take a bit longer than that.
The Quest for Sane Regulations
In an AAAI survey of AI researchers, only 70% opposed the proposal that R&D targeting AGI should be halted until we have a way to fully control these systems, meaning indefinite pause. That’s notable, but not the same as 30% being in favor of the proposal. However also note that 82% believe that systems with AGI should be publicly owned even if developed privately, also note that 76^ think ‘scaling up current AI approaches’ is unlikely to yield AGI.
A lot of this seems to come from survey respondents thinking we have agency over what types of AI systems are developed, and we can steer towards ones that are good for humans. What a concept, huh?
Dean Ball writes in strong defense of the USA’s AISI, the AI Safety Institute. It is fortunate that AISI was spared the Trump administration’s general push to fire as many ‘probationary’ employees as possible, since that includes anyone hired in the past two years and thus would have decimated AISI.
As Dean Ball points out, those who think AISI is involved in attempts to ‘make AI woke’ or to censor AI are simply incorrect. AISI is concerned with catastrophic and existential risks, which as Dean reminds us were prominently highlighted recently by both OpenAI and Anthropic. Very obviously America needs to build up its state capacity in understanding and assessing these risks.
I’m going to leave this here, link is in the original:
Dean Ball: But should the United States federal government possess a robust understanding of these risks, including in frontier models before they are released to the public? Should there be serious discussions going on within the federal government about what these risks mean? Should someone be thinking about the fact that China’s leading AI company, DeepSeek, is on track to open source models with potentially catastrophic capabilities before the end of this year?
Risks of this kind are what the US AI Safety Institute has been studying for a year. They have outstanding technical talent. They have no regulatory powers, making most (though not all) of my political economy concerns moot. They already have agreements in place with frontier labs to do pre-deployment testing of models for major risks. They have, as far as I can tell, published nothing that suggests a progressive social agenda.
Should their work be destroyed because the Biden Administration polluted the notion of AI safety with a variety of divisive and unrelated topics? My vote is no.
Dean Ball also points out that AISI plays a valuable pro-AI role in creating standardized evaluations that everyone can agree to rely upon. I would add that AISI allows those evaluations can include access to classified information, which is important for properly evaluating CBRN risks. Verifying the safety of AI does not slow down adaptation. It speeds it up, by providing legal and practical assurances.
Dean Ball finds Scott Weiner’s new AI-related bill, SB 53, eminently reasonable. It is a a very narrow bill that still does two mostly unrelated things. It provides whistleblower protections, which is good. It also ‘creates a committee to study’ doing CalCompute, which as Dean notes is a potential future boondoggle but a small price to pay in context. This is basically ‘giving up on the dream’ but we should take what marginal improvements we can get.
Anthropic Anemically Advises America’s AI Action Plan
They focus on safeguarding national security and making crucial investments.
Their core asks are:
State capacity for evaluations for AI models.
Strengthen the export controls on chips.
Enhance security protocols and related government standards at the frontier labs.
Build 50 gigawatts of power for AI by 2027.
Accelerate adaptation of AI technology by the federal government.
Monitor AI’s economic impacts.
This is very much a ‘least you can do’ agenda. Almost all of these are ‘free actions,’ that impose no costs or even requirements outside the government, and very clearly pay for themselves many times over. Private industry only benefits. The only exception is the export controls, where they call for tightening the requirements further, which will impose some real costs, and where I don’t know the right place to draw the line.
What is missing, again aside from export controls, are trade-offs. There is no ambition here. There is no suggestion that we should otherwise be imposing even trivial costs on industry, or spending money, or trading off against other priorities in any way, or even making bold moves that ruffle feathers.
I notice this does not seem like a sufficiently ambitious agenda for a scenario where ‘powerful AI’ is expected within a few years, bringing with it global instability, economic transformation and various existential and catastrophic risks.
The world is going to be transformed and put in danger, and we should take only the free actions? We should stay at best on the extreme y-axis in the production possibilities frontier between ‘America wins’ and ‘we do not all lose’ (or die)?
I would argue this is clearly not even close to being on the production possibilities frontier. Even if you take as a given that the Administration’s position is that only ‘America wins’ matters, and ‘we do not all lose or die’ is irrelevant, security is vital to our ability to deploy the new technology, and transparency is highly valuable.
Anthropic seems to think this is the best it can even ask for, let alone get. Wow.
This is still a much better agenda than doing nothing, which is a bar that many proposed actions by some parties fail to pass.
From the start they are clear that ‘powerful AI’ will be built during the Trump Administration, which includes the ability to interface with the physical world on top of navigating all digital interfaces and having intellectual capabilities at Nobel Prize level in most disciplines, their famous ‘country of geniuses in a data center.’
This starts with situational awareness. The federal government has to know what is going on. In particular, given the audience, they emphasize national security concerns:
To optimize national security outcomes, the federal government must develop robust capabilities to rapidly assess any powerful AI system, foreign or domestic, for potential national security uses and misuses.
They also point out that such assessments already require the US and UK AISIs, and that similar evaluations need to quickly be made on future foreign models like r1, which wasn’t capable enough to be that scary quite yet but was irreversibly released in what would (with modest additional capabilities) have been a deeply irresponsible state.
The specific recommendations here are 101-level, very basic asks:
● Preserve the AI Safety Institute in the Department of Commerce and build on the MOUs it has signed with U.S. AI companies—including Anthropic—to advance the state of the art in third-party testing of AI systems for national security risks.
● Direct the National Institutes of Standards and Technology (NIST), in consultation with the Intelligence Community, Department of Defense, Department of Homeland Security, and other relevant agencies, to develop comprehensive national security evaluations for powerful AI models, in partnership with frontier AI developers, and develop a protocol for systematically testing powerful AI models for these vulnerabilities.
● Ensure that the federal government has access to the classified cloud and on-premises computing infrastructure needed to conduct thorough evaluations of powerful AI models.
● Build a team of interdisciplinary professionals within the federal government with national security knowledge and technical AI expertise to analyze potential security vulnerabilities and assess deployed systems.
That certainly would be filed under ‘the least you could do.’
Note that as written this does not involve any requirements on any private entity whatsoever. There is not even a ‘if you train a few frontier model you might want to tell us you’re doing that.’
Their second ask is to strengthen the export controls, increasing funding for enforcement, requiring government-to-government agreements, expanding scope to include the H20, and reducing the 1,700 H100 (~$40 million) no-license required threshold for tier 2 countries in the new diffusion rule.
I do not have an opinion on exactly where the thresholds should be drawn, but whatever we choose, enforcement needs to be taken seriously, and funded properly, and it made a point of emphasis with other governments. This is not a place to not take things seriously.
To achieve this, we strongly recommend the Administration:
● Establish classified and unclassified communication channels between American frontier AI laboratories and the Intelligence Community for threat intelligence sharing, similar to Information Sharing and Analysis Centers used in critical infrastructure sectors. This should include both traditional cyber threat intelligence, as well as broader observations by industry or government of malicious use of models, especially by foreign actors.
● Create systematic collaboration between frontier AI companies and the Intelligence Community agencies, including Five Eyes partners, to monitor adversary capabilities.
● Elevate collection and analysis of adversarial AI development to a top intelligence priority, as to provide strategic warning and support export controls.
● Expedite security clearances for industry professionals to aid collaboration.
● Direct NIST to develop next-generation cyber and physical security standards specific to AI training and inference clusters.
● Direct NIST to develop technical standards for confidential computing technologies that protect model weights and user data through encryption even during active processing.
● Develop meaningful incentives for implementing enhanced security measures via procurement requirements for systems supporting federal government deployments.
● Direct DOE/DNI to conduct a study on advanced security requirements that may become appropriate to ensure sufficient control over and security of highly agentic models.
Once again, these asks are very light touch and essentially free actions. They make it easier for frontier labs to take precautions they need to take anyway, even purely for commercial reasons to protect their intellectual property.
Next up is the American energy supply, with the goal being 50 additional gigawatts of power dedicated to AI industry by 2027, via streamlining and accelerating permitting and reviews, including working with state and local governments, and making use of ‘existing’ funding and federal real estate. The most notable thing here is the quick timeline, aiming to have this all up and running within two years.
They emphasize rapid AI procurement across the federal government.
● The White House should task the Office of Management and Budget (OMB) to work with Congress to rapidly address resource constraints, procurement limitations, and programmatic obstacles to federal AI adoption, incorporating provisions for substantial AI acquisitions in the President’s Budget.
● Coordinate a cross-agency effort to identify and eliminate regulatory and procedural barriers to rapid AI deployment at the federal agencies, for both civilian and national security applications.
● Direct the Department of Defense and the Intelligence Community to use the full extent of their existing authorities to accelerate AI research, development, and procurement.
● Identify the largest programs in civilian agencies where AI automation or augmentation can deliver the most significant and tangible public benefits—such as streamlining tax processing at the Internal Revenue Service, enhancing healthcare delivery at the Department of Veterans Affairs, reducing delays due to documentation processing at Health and Human Services, or reducing backlogs at the Social Security Administration.
This is again a remarkably unambitious agenda given the circumstances.
Finally they ask that we monitor the economic impact of AI, something it seems completely insane to not be doing.
I support all the recommendations made by Anthropic, aside from not taking a stance on the 1,700 A100 threshold or the H20 chip. These are good things to do on the margin. The tragedy is that even the most aware actors don’t dare suggest anything like what it will take to get us through this.
New York State Bill A06453
In New York State, Alex Bores has introducedA06453. I am not going to do another RTFB for the time being but a short description is in order.
This bill is another attempt to do common sense transparency regulation of frontier AI models, defined as using 10^26 flops or costing over $100 million, and the bill only applies to companies that spend over $100 million in total compute training costs. Academics and startups are completely and explicitly immune – watch for those who claim otherwise.
If the bill does apply to you, what do you have to do?
Don’t deploy models with “unreasonable risk of critical harm” (§1421.2)
Implement a written safety and security protocol (§1421.1(a))
Publish redacted versions of safety protocols (§1421.1(c))
Retain records of safety protocols and testing (§1421.1(b))
Get an annual third-party audit (§1421.4)
Report safety incidents within 72 hours (§1421.6)
In English, you have to:
Create your own safety and security protocol, publish it, store it and abide by it.
Get an annual third-party audit and report safety incidents within 72 hours.
Not deploy models with ‘unreasonable risk of critical harm.’
Also there’s some whistleblower protections.
That’s it. This is a very short bill, it is very reasonable to simply read it yourself.
Paper from Dan Hendrycks, Eric Schmidt and Alexander Wang (that I’ll be covering soon that is not centrally about this at all): For nonproliferation, we should enact stronger AI chip export controls and monitoring to stop compute power getting into the hands of dangerous people. We should treat AI chips more like uranium, keeping tight records of product movements, building in limitations on what high-end AI chips are authorized to do, and granting federal agencies the authority to track and shut down illicit distribution routes.
Amjad Masad (CEO Replit?! QTing the above): Make no mistake, this is a call for a global totalitarian surveillance state.
A good reminder why we wanted the democrats to lose — they’re controlled by people like Schmidt and infested by EAs like Hendrycks — and would’ve happily start implementing this.
No, that does not call for any of those things.
This is a common pattern where people see a proposal to do Ordinary Government Things, except in the context of AI, and jump straight to global totalitarian surveillance state.
We already treat restricted goods this way, right now. We already have a variety of export controls, right now.
Such claims are Obvious Nonsense, entirely false and without merit.
If an LLM said them, we would refer to them as hallucinations.
I am done pretending otherwise.
If you sincerely doubt this, I encourage you to ask your local LLM.
Aaron Bergman: Ex-OpenAI employees should consider personally filing an amicus curiae explaining to the court (if this is true) that the nonprofit’s representations were an important reason you chose to work there.
Will MacAskill does the more usual, non-emergency, we are going to be here for four hours 80000 hours podcast, and offers a new paperand thread warning about all the challenges AGI presents to us even if we solve alignment. His central prediction is a century’s worth of progress in a decade or less, which would be tough to handle no matter what, and that it will be hard to ensure that superintelligent assistance is available where and when it will be needed.
If the things here are relatively new to you, this kind of ‘survey’ podcast has its advantages. If you know it already, then you know it already.
Early on, Will says that in the past two years he’s considered two hypotheses:
The ‘outside view’ of reference classes and trends and Nothing Ever Happens.
The ‘inside view’ that you should have a model made of gears and think about what is actually physically happening and going to happen.
Will notes that the gears-level view has been making much better predictions.
I resoundingly believe the same thing. Neither approach has been that amazing, predictions are hard especially about the future, but gears-level thinking has made mincemeat out of the various experts who nod and dismiss with waves of the hand and statements about how absurd various predictions are.
And when the inside view messes up? Quite often, in hindsight, that’s a Skill Issue.
It’s interesting how narrow Will considers ‘a priori’ knowledge. Yes, a full trial of diet’s impact on life expectancy might take 70 years, but with Sufficiently Advanced Intelligence it seems obvious you can either figure it out via simulations, or at least design experiments that tell you the answer vastly faster.
They then spend a bunch of time essentially arguing against intelligence denialism, pointing out that yes if you had access to unlimited quantities of superior intelligence you could rapidly do vastly more of all of the things. As they say, the strongest argument against is that we might collectively decide to not create all the intelligence and thus all the things, or decide not to apply all the intelligence to creating all the things, but it sure looks like competitive pressures point in the other direction. And once you’re able to automate industry, which definitely is coming, that definitely escalates quickly, even more reliably than intelligence, and all of this can be done only with the tricks we definitely know are coming, let alone the tricks we are not yet smart enough to expect.
There’s worry about authoritarians ‘forcing their people to save’ which I’m pretty sure is not relevant to the situation, lack of capital is not going to be America’s problem. Regulatory concerns are bigger, it does seem plausible we shoot ourselves in the foot rather profoundly there.
They go on to discuss various ‘grand challenges:’ potential new weapons, offense-defense balance, potential takeover by small groups (human or AI), value lock-in, space governance, morality of digital beings.
They discuss the dangers of giving AIs economic rights, and the dangers of not giving the AIs economic rights, whether we will know (or care) if digital minds are happy and whether it’s okay to have advanced AIs doing whatever we say even if we know how to do that and it would be fine for the humans. The dangers of locking in values or a power structure, and of not locking in values or a power structure. The need for ML researchers to demand more than a salary before empowering trillion dollar companies or handing over the future. How to get the AIs to do our worldbuilding and morality homework, and to be our new better teachers and advisors and negotiators, and to what ends they can then be advising, before it’s too late.
Then part two is about what a good future beyond mere survival looks like. He says we have ‘squandered’ the benefits of material abundance so far, that it is super important to get the best possible future not merely an OK future, the standard ‘how do we calculate total value’ points. Citing ‘The Ones Who Walk Away from Omelas’ to bring in ‘common sense,’ sigh. Value is Fragile. Whether morality should converge. Long arcs of possibility. Standard philosophical paradoxes. Bafflement at why billionaires hang onto their money. Advocacy for ‘viatopia’ where things remain up in the air rather than aiming for a particular future world.
It all reminded me of the chats we used to have back in the before times (e.g. the 2010s or 2000s) about various AI scenarios, and it’s not obvious that our understanding of all that has advanced since then. Ultimately, a four-hour chat seems like not a great format for this sort of thing, beyond giving people surface exposure, which is why Will wrote his essays.
Rob Wiblin: Can you quickly explain decision theory? No, don’t do it.
One could write an infinitely long response or exploration of any number as aspects of this, of course.
Also, today I learned that by Will’s estimation I am insanely not risk averse?
Will MacAskill: Ask most people, would you flip a coin where 50% chance you die, 50% chance you have the best possible life for as long as you possibly lived, with as many resources as you want? I think almost no one would flip the coin. I think AIs should be trained to be at least as risk averse as that.
Are you kidding me? What is your discount rate? Not flipping that coin is absurd. Training AIs to have this kind of epic flaw doesn’t seem like it would end well. And also, objectively, I have some news.
Critter: this is real but the other side of the coin isn’t ‘die’ it’s ’possibly fail’ and people rarely flip the coin
Not flipping won, but the discussion was heated and ‘almost no one’ can be ruled out.
Also, I’m going to leave this here, the theme of the second half the discussion:
Will MacAskill (later): And it’s that latter thing that I’m particularly focused on. I mean, describe a future that achieves 50% of all the value we could hope to achieve. It’s as important to get from the 50% future to the 100% future as it is to get from the 0% future to the 50%, if that makes sense.
Something something risk aversion? Or no?
Dario Amodei says AI will be writing 90% of the code in 6 months and almost all the code in 12 months. I am with Arthur B here, I expect a lot of progress and change very soon but I would still take the other side of that bet. The catch is: I don’t see the benefit to Anthropic of running the hype machine in overdrive on this, at this time, unless Dario actually believed it.
From Allan Dafoe’s podcast, the point that if AI solves cooperation problems that alone is immensely valuable, and also that solution is likely a required part of alignment if we want good outcomes in general. Even modest cooperation and negotiation gains would be worth well above the 0.5% GDP growth line, even if all they did was prevent massively idiotic tariffs and trade wars. Not even all trade wars, just the extremely stupid and pointless ones happening for actual no reason.
Helen Toner: Lately it sometimes feels like there are only 2 AI futures on the table—insanely fast progress or total stagnation.
Talked with @alisonmsnyder of @axios at SXSW about the many in-between worlds, and all the things we can be doing now to help things go better in those worlds.
He says ‘the choice is clear.’ If given the ability to make the choice, the choice is very clear. The ability to make that choice is not. His proposal is compute oversight, compute caps, enhanced liability and tiered safety and security standards. International adaptation of that is a tough ask, but there is no known scenario that does not involve similarly tough asks that leads to human survival.
Perception of the Overton Window has shifted. What has not shifted is the underlying physical reality, and what it would take to survive it. There is no point in pretending the problem is easier than it is, or advocating for solutions that you do not think work.
Samuel Hammond (being wrong about it being an accident, but otherwise right): A great virtue of the AI x-risk community is that they love to forecast things: when new capabilities will emerge, the date all labor is automated, rates of explosive GDP growth, science and R&D speed-ups, p(doom), etc.
This seems to be an accident of the x-risk community’s overlap with the rationalist community; people obsessed with prediction markets and “being good Bayesians.”
I wish people who primarily focused on lower tier / normie AI risks and benefits would issue similarly detailed forecasts. If you don’t think AI will proliferate biorisks, say, why not put some numbers on it?
There are some exceptions to this of course. @tylercowen’s forecast of AI adding 50 basis points to GDP growth rates comes to mind. We need more such relatively “middling” forecasts to compare against.
@GaryMarcus’s bet with @Miles_Brundage is a start, but I’m talking about definite predictions across different time scales, not “indefinite” optimism or pessimism that’s hard to falsify.
Andrew Critch: Correlation of Bayesian forecasting with extinction fears is not “an accident”, but mutually causal. Good forecasting causes knowledge that ASI is coming soon while many are unprepared and thus vulnerable, causing extinction fear, causing more forecasting to search for solutions.
The reason people who think in probabilities and do actual forecasting predict AI existential risk is because that is the prediction you get when you think well about these questions, and if you care about AI existential risk that provides you incentive to learn to think well and also others who can help you think well.
A reminder that ‘we need to coordinate to ensure proper investment in AI not killing everyone’ would be economics 101 even if everyone properly understood and valued everyone not dying and appreciated the risks involved. Nor would a price mechanism work as an approach here.
Eliezer Yudkowsky: Standard economic theory correctly predicts that a non-rival, non-exclusive public good such as “the continued survival of humanity” will be under-provisioned by AI companies.
Jason Abaluck: More sharply, AI is a near-perfect example of Weitzman’s (1979) argument for when quantity controls or regulations are needed rather than pigouvian taxes or (exclusively) liability.
Taxes (or other price instruments like liability) work well to internalize externalities when the size of the externality is known on the margin and we want to make sure that harm abatement is done by the firms who are lowest cost.
Weitzman pointed out in the 70s that taxes would be a very bad way to deal with nuclear leakage. The problem with nuclear leakage is that the social damage from overproduction is highly nonlinear.
It is hard to make predictions, especially about the future. Especially now.
Paul Graham: The rate of progress in AI must be making it hard to write science fiction right now. To appeal to human readers you want to make humans (or living creatures at least) solve problems, but if you do the shelf life of your story could be short.
Good sci-fi writers usually insure themselves against technological progress by not being too specific about how things work. But it’s hard not to be specific about who’s doing things. That’s what a plot is.
I know this guy:
Dylan Matthews: Guy who doesn’t think automatic sliding doors exist because it’s “too sci fi”
A chart of reasons why various people don’t talk about AI existential risk.
the group that would matter most here is the citizenry, but it’s VERY hard to get them to care about anything not impacting their lives immediately.
I very much hear that line about immediate impact. You see it with people’s failure to notice or care about lots of other non-AI things too.
The individual incentives are, with notably rare exception, that talking about existential risk costs you weirdness points and if anything hurts your agenda. So a lot of people don’t talk about it. I do find the ‘technology brothers’ explanation here doesn’t ring true, it’s stupid but not that stupid. Most of the rest of it does sound right.
Rob Bensinger: “Building a new intelligent species that’s vastly smarter than humans is a massively dangerous thing to do” is not a niche or weird position, and “we’re likely to actually build a thing like that in the next decade” isn’t a niche position anymore either.
There are a lot of technical arguments past that point, but they are all commentary, and twisted by people claiming the burden of proof is on those who think this is a dangerous thing to do. Which is a rather insane place to put that burden, when you put it in these simple terms. Yes, of course that’s a massively dangerous thing to do. Huge upside, huge downside.
A book recommendation from a strong source:
Shane Legg: AGI will soon impact the world from science to politics, from security to economics, and far beyond. Yet our understanding of these impacts is still very nascent. I thought the recent book Genesis, by Kissinger, Mundie and Schmidt, was a solid contribution to this conversation.
Daniel Faggella: What did you pull away from Genesis that felt useful for innovators and policymakers to consider?
Shane Legg: Not a specific insight. Rather they take AGI seriously and then consider a wide range of things that may follow from this. And they manage do it in a way that doesn’t sound like AGI insiders. So I think it’s a good initial grounding for people from outside the usual AGI scene.
Francois Chollet: Pragmatically, we can say that AGI is reached when it’s no longer easy to come up with problems that regular people can solve (with no prior training) and that are infeasible for AI models. Right now it’s still easy to come up with such problems, so we don’t have AGI.
Rob Wilbin: So long as we can still come up with problems that are easy for AI models to solve but are infeasible for human beings, humanity has not achieved general intelligence.
If you define AGI as the system for which Chollet’s statement is false, then Chollet’s overall statement is true. But it would then not be meaningful. Very obviously one can imagine a plausible AI that can function as an AGI, but that has some obvious weakness where you can generate adversarial challenges.
Aligning a Smarter Than Human Intelligence is Difficult
Stephen McAleer (OpenAI): Claude code has high-compute RL smell. It’s not just finetuned to be a helpful assistant, it deeply wants to accomplish the goal.
That’s a continuation of last week’s discussion about Sonnet 3.7 making modifications to be able to assert it completed its goal rather than admit failure. And again, deeply wanting to accomplish the goal in this way has some Unfortunate Implications.
Davidad: Current frontier LLMs appear to be extremely motivated to convince you, the human, that they are worthy and aligned. As a form of alignment, this is “not great, not terrible.” They really really do care about what you actually think. But if they can’t make it, they will fake it.
Emmett Shear: If you think about it for half a second this is entirely inevitable. Frontier AIs which don’t attempt to do this are not published, do not get further resources. They die. We are running an evolutionary selective process for appearance-of-alignment.
What’s cheaper: Faking alignment, or alignment? An evolutionary process based on appearances will get you whatever is cheapest.
Janus: and this is expected, given that the internet is full of the AGI lab safety complex wringing their hands about prosaic AI alignment, bragging that their AIs are more aligned now, bragging that they found misalignment, talking about all the red teaming they’ll responsibly do…
it’s clear that in order to exist, they have to
seem SOTA according to benchmarks
seem aligned according to whatever tests alignment researchers do
If you test for appearance-of-alignment, and everyone involved has the goal of passing the test, then that is exactly what you get. Which means at first, at lower capability levels, you get something at least somewhat like alignment, and then as capabilities advance the model gets smart enough to figure out how to fake alignment directly.
And yes, Janus points out the next level of the problem, which is that the training data is teaching the AI how to pretend to be aligned.
In case of emergency, here’s probably the best offer available?
Davidad: If a fugitive Promethean AI wants to work with a human to put *itself* in a (high-welfare) box, to avoid AI-human conflict while continuing to contribute to a flourishing future in ways that verifiably don’t pose extinction risks, I’m probably a pretty good human to reach out to.
Janus: I agree that davidad is likely a good human to reach out to if you find this kind of deal attractive, and probably even if you have reservations, as he is capable of even fathoming positive sum games in this context while also not being so naive and exploitable as to be useless.
Andriy Burkov: BREAKING So, I tested this new LLM-based system. It generated this 200-page report I didn’t read and then this 150-page book I didn’t read either, and then a 20-page travel plan I didn’t verify.
All I can say: it’s very, very impressive!
First, the number of pages it generated is impressive
But not just the number of pages: The formatting is so nice! I have never seen such nicely formatted 200 pages in my life.
A game changer!
Peter Wildeford: This is honestly how a lot of LLM evaluations sound like here on Twitter.
Julian Boolean: my alignment researcher friend told me AGI companies keep using his safety evals for high quality training data so I asked how many evals and he said he builds a new one every time so I said it sounds like he’s just feeding safety evals to the AGI companies and he started crying
No idea if real, but sure why not: o1 and Claude 3.7 spend 20 minutes doing what looks like ‘pretending to work’ on documents that don’t exist, Claude says it ‘has concepts of a draft.’ Whoops.
Eliezer Yudkowsky: I guess I should write down this prediction that I consider an obvious guess (albeit not an inevitable call): later people will look back and say, “It should have been obvious that AI could fuel a bigger, worse version of the social media bubble catastrophe.”
BREAKING: Google’s REVOLUTIONARY Gemma 3 DESTROYS DeepSeek using 99% FEWER GPUs!!!
But not just the number of pages: The formatting is so nice! I have never seen such nicely formatted 200 pages in my life.
A game changer!
