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Renormalization Roadmap — LessWrong

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At PIBBSS, we’ve been thinking about how renormalization can be developed into a rich framework for AI interpretability. This document serves as a roadmap for this research agenda – which we are calling an Opportunity Space[1] for the AI safety community. In what follows, we explore the technical and philosophical significance of renormalization for physics and AI safety, problem areas in which it could be most useful, and some interesting existing directions – mainly from physics – that we are excited to place in direct contact with AI safety. This roadmap will also provide context for our forthcoming Call for Collaborations, during which we will hire affiliates to work on projects in this area. Acknowledgements: While Lauren did the writing, this opportunity space was developed with the PIBBSS horizon scanning team, Dmitry Vaintrob and Lucas Teixeira. In physics, renormalization is used to coarse-grain theoretical descriptions of complex interactions to focus on those that are most r

x Renormalization Roadmap — LessWrong Renormalizing interpretability AI Frontpage 64 Renormalization Roadmap by Lauren Greenspan 31st Mar 2025 AI Alignment Forum 22 min read 7 64 Ω 32 At PIBBSS, we’ve been thinking about how renormalization can be developed into a rich framework for AI interpretability. This document serves as a roadmap for this research agenda – which we are calling an Opportunity Space [1] for the AI safety community. In what follows, we explore the technical and philosophical significance of renormalization for physics and AI safety, problem areas in which it could be most

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