James Turner

Papers

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About

James Turner is a pioneering researcher at the intersection of human-robot interaction and psychophysiology, whose work explores how non-human agents can influence human stress and social behavior. His most notable contribution, the 2019 study "Use of a non-human robot audience to induce stress reactivity in human participants," demonstrated that a simulated robot audience could reliably trigger physiological stress responses akin to those elicited by human observers, using a modified Trier Social Stress Test. This groundbreaking finding challenges traditional assumptions about social stress being uniquely human-mediated, opening new avenues for understanding human-robot dynamics and potential therapeutic applications. With 18 citations, this work has sparked interest across robotics, psychology, and human-computer interaction fields. Turner's research has significant implications for designing social robots in healthcare, education, and public settings, where managing user stress is critical. His innovative experimental design—using pre-recorded robot audiences as live simulations—showcases his methodological rigor and creativity. Turner continues to investigate how robotic presence shapes human emotional and cognitive states, positioning him as a key voice in the growing dialogue on human-robot social integration.