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About

Diane Proudfoot is a leading philosopher of cognitive science and artificial intelligence, whose work bridges foundational questions in philosophy with cutting-edge challenges in robotics. Her most influential contribution is the widely cited paper "Anthropomorphism: Opportunities and Challenges in Human–Robot Interaction" (2014, 582 citations), which critically examines how human tendencies to attribute mental states to robots shape both design and ethical considerations in social robotics. Drawing deeply on Wittgenstein’s later philosophy, Proudfoot has explored the limits of machine cognition, arguing in works like "Robots and Rule-Following" (2004) and "The Implications of an Externalist Theory of Rule-Following Behaviour for Robot Cognition" (2004) that genuine rule-following requires a form of life that robots cannot simply simulate. She has also offered fresh perspectives on the Turing test, notably in "The Turing test—from every angle" (2017), and has written on the philosophical significance of facial expression in robotics ("Can a Robot Smile?", 2013). Her work consistently challenges simplistic notions of machine intelligence, insisting that understanding what it means to think, follow rules, or express emotion is essential to building truly intelligent systems.