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#human-computer interaction Preprint Open access

AI Behavioral Science: A Framework and Agenda

Matthew O. Jackson Qiaozhu Me Stephanie W. Wang Yutong Xie Walter Yuan Seth Benzell Erik Brynjolfsson Colin F. Camerer James Evans Brian Jabarian Jon Kleinberg Juanjuan Meng Sendhil Mullainathan Asuman Ozdaglar Thomas Pfeiffer Moshe Tennenholtz Robb Willer Diyi Yang Teng Ye
Oct 2026
Human-computer Interaction

Abstract

We discuss the challenges and opportunities present in the rapidly emerging area of ``AI Behavioral Science.'' We frame it via three subfields. First, as AI becomes ubiquitous and is increasingly proprietary and opaque, it becomes vital to develop models of AI and methods for assessing AI behavior. We outline how tools developed to assess people's behaviors by social scientists can be used to model, assess and infer AI's behaviors biases, tendencies, and heuristics. Second, we also discuss how AI can change the ways in which we learn about human behavior. Beyond its computational power, AI offers new techniques for simulating, inferring, predicting, and analyzing human behaviors. Third, as humans and AI are interacting in increasingly complex and intertwined systems, we need to analyze and model human-AI interactions including how human and AI behaviors depend on interactions at the individual level, how interacting systems of humans and AI behave, and ultimately how AI's integration into society affects economic and political outcomes. We discuss current research, questions, agendas, and goals in each of these three subfields and how they depend upon each other.

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