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Collin Burns

AI researcher formerly at OpenAI and Anthropic; first author of weak-to-strong generalization research

Collin Burns is an AI researcher who previously worked at OpenAI and Anthropic. Burns is first author of "Weak-to-Strong Generalization", which studies whether supervision from a weaker model can elicit the full capabilities of a much stronger one, as an analogy for humans supervising future superhuman models. Burns was a PhD student at UC Berkeley co-advised by Jacob Steinhardt and Dan Klein, and is also co-first author of "Discovering Latent Knowledge in Language Models Without Supervision" and a co-author of the MMLU benchmark paper.12345

At a glance

Current role
None confirmed in the sources
Sector
Independent
Education
UC Berkeley
Work listed
4
Sources cited
6
Profile reviewed

Career

Collin Burns did doctoral research at UC Berkeley, co-advised by Jacob Steinhardt and Dan Klein, and Steinhardt's page lists Burns among former students who went on to OpenAI. Burns has since worked at OpenAI and at Anthropic, and Burns's own site gives the current description of AI researcher.21

Research

Burns is co-first author, with Haotian Ye, of "Discovering Latent Knowledge in Language Models Without Supervision" (ICLR 2023), written with Dan Klein and Jacob Steinhardt. The paper answers yes-no questions using only a model's unlabeled internal activations.41

Burns is the first-listed author of "Weak-to-Strong Generalization" (ICML 2024, oral), which tests whether a weaker model's labels can bring out the abilities of a stronger pretrained model, as a stand-in for humans overseeing future systems.31

Earlier, Burns co-authored two evaluation benchmarks with Dan Hendrycks and collaborators: MMLU, which measures a model's accuracy across 57 subjects, and MATH, a dataset of competition mathematics problems.561

Work and contributions

Timeline

  1. Co-authored the MMLU benchmark paper, Measuring Massive Multitask Language Understanding.5
  2. Co-authored the paper introducing the MATH dataset of competition mathematics problems.6
  3. Released Discovering Latent Knowledge in Language Models Without Supervision as co-first author.4
  4. Released Weak-to-Strong Generalization as first-listed author.3

Documented roles

The sources do not confirm a current role; these are the roles they document.

Companies in their history

Suggest a correction or removal

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References

6 sources · profile reviewed Oct 21, 2026 · data updated Oct 21, 2026

  1. Collin Burns — homepageCollin Burns · Official page · accessed Oct 21, 2026
  2. Jacob Steinhardt — homepage (current and former PhD students)Jacob Steinhardt (UC Berkeley) · Official page · accessed Oct 21, 2026
  3. Weak-to-Strong Generalization: Eliciting Strong Capabilities With Weak Supervision (arXiv 2312.09390)arXiv · Paper · published Dec 14, 2023 · accessed Oct 21, 2026
  4. Discovering Latent Knowledge in Language Models Without Supervision (arXiv 2212.03827)arXiv · Paper · published Dec 7, 2022 · accessed Oct 21, 2026
  5. Measuring Massive Multitask Language Understanding (arXiv 2009.03300)arXiv · Paper · published Sep 7, 2020 · accessed Oct 21, 2026
  6. Measuring Mathematical Problem Solving With the MATH Dataset (arXiv 2103.03874)arXiv · Paper · published Mar 5, 2021 · accessed Oct 21, 2026