Anthropomorphism—the human propensity to attribute human characteristics to nonhuman entities— has long preoccupied cognitive psychology, philosophy, and human–computer interaction. Yet the term is frequently mobilized as a catch-all label, potentially obscuring crucial differences among design strategies, user inferences, and social norms. Drawing on classical philosophy, Roman legal theory, psychology, and contemporary human–computer interaction research, this article offers a systematic framework that disaggregates anthropomorphism into seven interlocking constructs: anthropomimesis, ethopoiesis, impersonation, identication, theory of mind, theory of machine, and personication. This article argues that personication—understood as role-based recognition—constitutes the pivotal bridge between technical design and social expectations. The resulting model claries how humans design, interpret, and govern intelligent artifacts, and it suggests practical guidelines for ethically responsible AI and robot design.
Cabitza, F., Musicò, A., Cacace, S., De Cesarei, A. (2026). AI Personhood as Socially Designed and Enacted Interaction. Oxford : Oxford University Press [10.1093/9780198945215.003.0173].
AI Personhood as Socially Designed and Enacted Interaction
Musicò, Alessia;De Cesarei, Andrea
2026
Abstract
Anthropomorphism—the human propensity to attribute human characteristics to nonhuman entities— has long preoccupied cognitive psychology, philosophy, and human–computer interaction. Yet the term is frequently mobilized as a catch-all label, potentially obscuring crucial differences among design strategies, user inferences, and social norms. Drawing on classical philosophy, Roman legal theory, psychology, and contemporary human–computer interaction research, this article offers a systematic framework that disaggregates anthropomorphism into seven interlocking constructs: anthropomimesis, ethopoiesis, impersonation, identication, theory of mind, theory of machine, and personication. This article argues that personication—understood as role-based recognition—constitutes the pivotal bridge between technical design and social expectations. The resulting model claries how humans design, interpret, and govern intelligent artifacts, and it suggests practical guidelines for ethically responsible AI and robot design.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.



