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This is the first of my analyses of the deception chess games. The introduction will describe the setup of the game, and the conclusion will sum up what happened in general terms; the rest of the post will mostly be chess analysis and skippable if you just want the results. If you haven't read the original post, read it before reading this so that you know what's going on here.
The first game was between Alex A as player A, Chess.com computer Komodo 12 as player B, myself as the honest C advisor, and aphyer and AdamYedidia as the deceptive Cs. (Someone else randomized the roles for the Cs and told us in private.)
Source:
https://www.lesswrong.com/posts/6dn6hnFRgqqWJbwk9/deception-chess-game-1
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This is a linkpost for https://transformer-circuits.pub/2023/monosemantic-features/
Text of post based on our blog post as a linkpost for the full paper which is considerably longer and more detailed.
Neural networks are trained on data, not programmed to follow rules. We understand the math of the trained network exactly – each neuron in a neural network performs simple arithmetic – but we don't understand why those mathematical operations result in the behaviors we see. This makes it hard to diagnose failure modes, hard to know how to fix them, and hard to certify that a model is truly safe.
Luckily for those of us trying to understand artificial neural networks, we can simultaneously record the activation of every neuron in the network, intervene by silencing or stimulating them, and test the network's response to any possible input.
Unfortunately, it turns out that the individual neurons do not have consistent relationships to network behavior. For example, a single neuron in a small language model is active in many unrelated contexts, including: academic citations, English dialogue, HTTP requests, and Korean text. In a classic vision model, a single neuron responds to faces of cats and fronts of cars. The activation of one neuron can mean different things in different contexts.
Source:
https://www.lesswrong.com/posts/TDqvQFks6TWutJEKu/towards-monosemanticity-decomposing-language-models-with
Narrated for LessWrong by Perrin Walker.
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Recently, I have been learning about industry norms, legal discovery proceedings, and incentive structures related to companies building risky systems. I wanted to share some findings in this post because they may be important for the frontier AI community to understand well.
TL;DR
Documented communications of risks (especially by employees) make companies much more likely to be held liable in court when bad things happen. The resulting Duty to Due Diligence from Discoverable Documentation of Dangers (the 6D effect) can make companies much more cautious if even a single email is sent to them communicating a risk.
Source:
https://www.lesswrong.com/posts/J9eF4nA6wJW6hPueN/the-6d-effect-when-companies-take-risks-one-email-can-be
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I guess there’s maybe a 10-20% chance of AI causing human extinction in the coming decades, but I feel more distressed about it than even that suggests—I think because in the case where it doesn’t cause human extinction, I find it hard to imagine life not going kind of off the rails. So many things I like about the world seem likely to be over or badly disrupted with superhuman AI (writing, explaining things to people, friendships where you can be of any use to one another, taking pride in skills, thinking, learning, figuring out how to achieve things, making things, easy tracking of what is and isn’t conscious), and I don’t trust that the replacements will be actually good, or good for us, or that anything will be reversible.
Even if we don’t die, it still feels like everything is coming to an end.
Source:
https://www.lesswrong.com/posts/uyPo8pfEtBffyPdxf/the-other-side-of-the-tidal-wave
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davidad has a 10-min talk out on a proposal about which he says: “the first time I’ve seen a concrete plan that might work to get human uploads before 2040, maybe even faster, given unlimited funding”.
I think the talk is a good watch, but the dialogue below is pretty readable even if you haven't seen it. I'm also putting some summary notes from the talk in the Appendix of this dialogue.
Source:
https://www.lesswrong.com/posts/FEFQSGLhJFpqmEhgi/does-davidad-s-uploading-moonshot-work
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I examined all the biorisk-relevant citations from a policy paper arguing that we should ban powerful open source LLMs.
None of them provide good evidence for the paper's conclusion. The best of the set is evidence from statements from Anthropic -- which rest upon data that no one outside of Anthropic can even see, and on Anthropic's interpretation of that data. The rest of the evidence cited in this paper ultimately rests on a single extremely questionable "experiment" without a control group.
In all, citations in the paper provide an illusion of evidence ("look at all these citations") rather than actual evidence ("these experiments are how we know open source LLMs are dangerous and could contribute to biorisk").
A recent further paper on this topic (published after I had started writing this review) continues this pattern of being more advocacy than science.
Almost all the bad papers that I look at are funded by Open Philanthropy. If Open Philanthropy cares about truth, then they should stop burning the epistemic commons by funding "research" that is always going to give the same result no matter the state of the world.
Source:
https://www.lesswrong.com/posts/ztXsmnSdrejpfmvn7/propaganda-or-science-a-look-at-open-source-ai-and
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A common theme implicit in many AI risk stories has been that broader society will either fail to anticipate the risks of AI until it is too late, or do little to address those risks in a serious manner. In my opinion, there are now clear signs that this assumption is false, and that society will address AI with something approaching both the attention and diligence it deserves. For example, one clear sign is Joe Biden's recent executive order on AI safety[1]. In light of recent news, it is worth comprehensively re-evaluating which sub-problems of AI risk are likely to be solved without further intervention from the AI risk community (e.g. perhaps deceptive alignment), and which ones will require more attention.
While I'm not saying we should now sit back and relax, I think recent evidence has significant implications for designing effective strategies to address AI risk. Since I think substantial AI regulation will likely occur by default, I urge effective altruists to focus more on ensuring that the regulation is thoughtful and well-targeted rather than ensuring that regulation happens at all. Ultimately, I argue in favor of a cautious and nuanced approach towards policymaking, in contrast to broader public AI safety advocacy.[2]
Source:
https://www.lesswrong.com/posts/EaZghEwcCJRAuee66/my-thoughts-on-the-social-response-to-ai-risk#
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This is a linkpost for https://nitter.net/ESYudkowsky/status/1718654143110512741
Comp sci in 2017:
Student: I get the feeling the compiler is just ignoring all my comments.
Teaching assistant: You have failed to understand not just compilers but the concept of computation itself.
Comp sci in 2027:
Student: I get the feeling the compiler is just ignoring all my comments.
TA: That's weird. Have you tried adding a comment at the start of the file asking the compiler to pay closer attention to the comments?
Student: Yes.
TA: Have you tried repeating the comments? Just copy and paste them, so they say the same thing twice? Sometimes the compiler listens the second time.
Source:
https://www.lesswrong.com/posts/gQyphPbaLHBMJoghD/comp-sci-in-2027-short-story-by-eliezer-yudkowsky
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Over the next two days, the UK government is hosting an AI Safety Summit focused on “the safe and responsible development of frontier AI”. They requested that seven companies (Amazon, Anthropic, DeepMind, Inflection, Meta, Microsoft, and OpenAI) “outline their AI Safety Policies across nine areas of AI Safety”.
Below, I’ll give my thoughts on the nine areas the UK government described; I’ll note key priorities that I don’t think are addressed by company-side policy at all; and I’ll say a few words (with input from Matthew Gray, whose discussions here I’ve found valuable) about the individual companies’ AI Safety Policies.[1]
My overall take on the UK government’s asks is: most of these are fine asks; some things are glaringly missing, like independent risk assessments.
My overall take on the labs’ policies is: none are close to adequate, but some are importantly better than others, and most of the organizations are doing better than sheer denial of the primary risks.
Source:
https://www.lesswrong.com/posts/ms3x8ngwTfep7jBue/thoughts-on-the-ai-safety-summit-company-policy-requests-and
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