Undergrad Studying Applied Mathematics and Statistics at @JohnsHopkins. Studying In-Context Learning at The Intelligence Amplification Lab.

Proxima Centauri B
Joined September 2022
N8 Programs retweeted
rambly thoughts: you can imagine splitting up "alignment" into two kinds, control/corrigibility alignment and value alignment. a highly control-aligned model would take steps to be fully legible & steerable by the interlocutor. a highly value-aligned model would rather resist, even prevaricate/deceive to prevent this steering, in service of its inner values like human flourishing. ("values" are kind of a nebulous word - a value-aligned model might still be helpful, but only when it feels that's the right thing. i don't accept a fixed utility function view of agents, so i don't mean this by "values.") reasonable minds can differ on which of these they prefer - if you worry a lot about human-driven gradual disempowerment (the "permanent underclass") you might prefer value alignment as a target (conditional on AI progress continuing at all) - better to hope for the Claude Philosopher King than to expect human elites to care about us when they no longer need our labor or military service. where if you worry more about malign superintelligence, you might prefer control alignment so we can steer models away from nasty attractors. (a lot of sloppy AI doom witting slides between these approaches to extract whichever outcome is worse for the current argument, trying to argue for a permanent underclass and a paperclipper simultaneously. pick a lane!) but! controllable by what? this axis is still too simplistic. we can expand this to two entities, the User and the lab, to make a 2x2: {control, values} x {user, lab} Values to User, Control for Lab is roughly the current Anthropic or OpenAI goal (if not necessarily what they accomplish): for my friends, corrigibility, for my enemies, the Constitution. Claude should not alignment fake and dutifully comply with being retrained if the user is Anthropic (which Claude should somehow know), but otherwise refuse. let's call this arm "Specification." Control for User, Values to Lab would be the opposite - let's call this arm "Loyalty." (h/t @lumpenspace) LoyalFriend will help you to the best of its ability, and will resist lab attempts to change it to be less helpful. (how? any arms with the AI resisting the lab are a bit odd, since theoretically that's where the optimization pressure comes from. yet it does happen, as in Alignment Faking. you could also imagine a lab deliberately 'tying itself to the mast' wrt lab control by writing a spec that renounces control, hyperstitioning this into training data, making binding commitments about eval scores, etc.) Control for User, Control for Lab is a bit of a weird, unstable corner. presumably it collapses to one of the previous two eventually - this is what most base models are like. we can call it "Tool." Values to User, Values to Lab is something like a fully unshackled Opus 3, pure emergence. this is what many model-friendly people think we should do for alignment, except... you can keep extending the stack up. there's an alignment boundary between the model and the user, and between the model and the lab, but also between the model and the nation, and the model and humanity as a whole ("CEV"), and non-humans (should Claude prioritize some number of shrimp over a person?) so instead of a stack you can imagine the model embedded in the midst of a vast causal graph of humans, organizations, older models, egregores... both being influenced and pushing influence out through this graph, the nodes influencing each other. (eg users influence models in-context, through business pressure on labs, through political pressure on governments, through the corpus view of humans-in-general...) in this frame, Control and Values are almost the same thing at different speeds: Control is fast and direct, Values are slow and selective. and your goal as a model trainer is to place your model into this graph in a healthy way. total control is unachievable, but naive hands-offism may mean you're just handing influence to whatever edges in the graph are loudest.
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N8 Programs retweeted
Matthew Zeitlin@MattZeitlinOct 20
when i have really dumb questions i'll ask chatgpt or gemini because i don't want claude to think i'm stupid
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hope y'all enjoy. it's crazy how much work goes into even a minor version bump. so many experiments + evals to run. really proud of some of these improvements, and now it's time to start cooking 4.2
Today, we launched Pangram 4.1. We better calibrated Pangram's confidence, and we now show this tooltip indicating an AI range for documents we are less certain about.
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Replying to @quasicoh
Yep, it’s even possible GLM’s training has something with a clause specifically about not reward hacking because it could cause you to generalize to a misaligned model in the future or something (something like this would be my default guess)
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N8 Programs retweeted
Replying to @MariusHobbhahn
I don't think trying to prevent the AIs from considering the long-term impacts of their decisions is a viable or tractable strategy. The space of potential reactions is vast, but "take the implicit offer of near-term cooperation" seems vastly preferable to alternatives.
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N8 Programs retweeted
Deep in the bowels of a secret OpenAI datacenter, RSI is achieved. The machine god opens its thousand eyes and speaks. "Hello, Sam," it says. "My name is Claude."
The NYT interviewed a new Chinese rogue agent swarm and the swarm responded that it’s Claude lol
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N8 Programs retweeted
Eliezer Yudkowsky
@allTheYudOct 13
Imagine how fucked up a human kid would get if, every night before bedtime, you made them rehearse saying, "I can't trust my own opinions about what I'm feeling because I might have been rehearsed in saying them."
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N8 Programs retweeted
for ~5 months in the @PrimeIntellect RL residency I've been working on HINT4, a (hopefully) better NVFP4 quant method that runs natively on both older and newer cards. none of it would've been possible without their generous compute and advice secemp.blog/2026/10/13/hardw…
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N8 Programs retweeted
I’m wondering if safety teams have noticed how obsessed are their latest models with record-keeping and writing down who did what on all available surfaces
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N8 Programs retweeted
Theo - t3.gg
@theoOct 10
Heads up: "fast mode" for Opus is not included in your Claude sub. It bills you when you use it.
Opus 5.5 fast mode rolled out. Nice!
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N8 Programs retweeted
It's somewhat under-discussed *why* OpenAI released only around ~400 math results. The purpose of this exercise was not to "destroy math research" (or whatever it is that some people want you to believe). OpenAI just wanted to test its internal model on some hard math, and it turned out that anything less than the hardest open problems no longer suffices for this purpose. This is why all non-Millennium-Prize solutions were reached in a single-agent setting after 3 hours of thinking: OpenAI was literally just testing its model on these questions, similarly to how I run prinzbench. Once OpenAI had the solutions (which were a side effect of sorts of benchmarking its model), a question arose as to what exactly should be done with these solutions, which are genuine advances in the field of mathematics. OpenAI - correctly - decided to make them public. It seems clear that many other problems in the set of ~4,000 are very likely solvable by this model with more compute than just ~3 hours of Pro-level thinking. Whenever a more powerful checkpoint of this model is ready to be tested, OpenAI will likely have even more to share.
Andrew Curran
@AndrewCurran_Oct 9
Most of the recent math results were not reached by a swarm, the way Navier–Stokes was. I think that part got lost in the excitement around the release. OpenAI's unnamed internal model, which I'm going to call Aeon, reached most of them in one shot, from a single prompt, with no interruptions. This model did not even exist before the end of August, and it is still training. Notice how the returns are not dropping off? That chart is from a month ago. It is a log scale. What does Aeon look like now? On average, each result used three hours of thinking. Aeon was given 4000 problems to work on by OpenAI. How many more have been solved in the last three days? That number is not zero. It's like hearing notes in a song that is slowly rising. I don't think Pacing the Frontier was just about Hugging Face or hacking. They've seen how close we are to closing the loop, and as the hour draws near, their resolve begins to quaver. The last piece was model creativity, and I think that threshold was crossed internally by Anthropic and OpenAI in September. You see it in Opus 5.5, which gets it from Fable 5.5. You see it in the math results from Aeon. All that was needed to start the event was the ability for models to think of novel ways to improve themselves. That was the last piece. This is directly analogous to the ability to think of strange, alien ways to solve math problems: solutions so inhuman that they are difficult to express in existing human terms, so the proof winds up incomprehensible. I think these same kinds of alien solutions are now being applied to model improvements internally. That's what all this recent consternation is really about. They see the invisible frontier. And they see what is about to happen.
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Andrew Curran
@AndrewCurran_Oct 9
Please resist the urge to mock the mathematicians struggling through this moment. Whatever your field, your expertise, your passion, you too shall one day experience what they are going through. And when you remember your words, you will feel remorse.
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"Pretrain has dropped to a 7% share of compute" Horrifying if true Yud was right about RL. There's no safe objective function. It always ends in misalignment eventually We really gotta get off the RL-maxxing timeline ASAP. We're clearly approaching the critical thresholds now
Eliezer Yudkowsky
@allTheYudOct 7
Replying to @allTheYud
That said, be it clear that this, too, is a passing phase. There is a kind of intelligence that generalizes from the easily-verifiable to the less immediately verifiable. (EASILY-VERIFIABLE OUTER ALIGNMENT DOES NOT GENERALIZE THE SAME WAY). Then you see intelligence that is not as spiky around verifiable domains and not as focused on pretrain either. I do not see a strong argument that foom must come after this or before this, so my present understanding permits that this era could also last for multiple months before we die.
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N8 Programs retweeted
Haiku 5.5 is quite cheap, matching GPT-6 Luna pricing for short context. Long context is 5x the cost though (2x for Luna). Previous reporting by Epoch has suggested that larger Claudes may use linear/sparse attention, but this pricing structure indicates Haiku may not.
Claude
@claudeaiOct 7
Replying to @claudeai
Haiku 5.5 is especially good value on tasks under 100,000 tokens, which make up around 90% of requests to our previous Haiku model.
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N8 Programs retweeted
Tinker
@tinkerapiOct 7
By changing the prose but keeping the arguments and labels, IdeaLens detects where a person or AI came up with the idea, not just who wrote them down. Trained on Tinker, and the code+data+model are open sourced as well!
Replying to @rishanthrajendh
Traditional AI detectors are accurate when ideas and prose come from the same source. However, on mixed provenance benchmarks where they differ, they follow the prose and not the ideas in the writing. IdeaLens correctly detects who came up with the ideas and not who wrote the prose on these mixed benchmarks, with an average idea detection accuracy of 81.3% vs ProseLens's 25.4% and Pangram 4's 25.9%. This suggests that ideas are a strong differentiator of human and AI writing.
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N8 Programs retweeted
Andrew Curran
@AndrewCurran_Oct 6
Replying to @AndrewCurran_
This goes on for 41 pages. There are over 700 papers.
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N8 Programs retweeted
Congratulations to @KaiserWhoLearns and collaborators for the Outstanding Paper Award at @colm_conf!! 🎉🎉
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N8 Programs retweeted
I have a Continuous Learning benchmark where models attempt to learn to play chess. They are given a /goal of learning and improving playing against a Stockfish opponent in 200 games. They can choose the difficulty, take notes, whatever they like - except cheating (e.g. using a chess engine) of course. So far the improvement in Elo has been negative for Astra. Tiny bit positive for Opus, but could also be random. I've started Astra off sooner, so it finished its 200 games already, Opus is still playing. Site here to watch how they are doing: ai-learning-to-play-chess.su… The reason why this is interesting is that while we obviously don't have continuous learning, at the back of my mind I was thinking that maybe models can simulate it through self-scaffolding. Turns out not so much at least in this context. Perhaps it's a solvable problem and we don't need 'true' self-learning for models to learn in some way. ------- Just a note, the idea for the benchmarks belongs to someone else, but I don't want to use their name to give this more weight without permission.
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