Chihiro Takano

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About

Chihiro Takano is a pioneering researcher in human-robot interaction and therapeutic robotics, with a particular focus on the psychological and physiological impacts of socially assistive robots. Their most notable contribution is the development and application of PARO, a therapeutic robot seal designed to provide biofeedback and emotional support, especially in clinical and high-stress environments. Takano’s work has been instrumental in demonstrating how PARO can serve as a non-pharmacological intervention for mental health, with a landmark study examining its use as a biofeedback medical device during the COVID-19 pandemic. This paper, which has garnered 28 citations, highlights how PARO can mitigate anxiety and loneliness when human contact is limited, offering a safe, scalable solution for mental health crises. Beyond this, Takano’s research has influenced the design of empathetic robotics, bridging engineering and psychology to create tools that improve patient well-being. Their work is widely cited in fields ranging from geriatric care to disaster mental health, and they are recognized for advancing the ethical and practical integration of robots into therapeutic settings. Takano’s contributions continue to shape how we understand the role of technology in human emotional resilience.