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About

Tomoki Moriguchi is a pioneering researcher in human-robot interaction, with a primary focus on developing control systems that enable safe and intuitive physical cooperation between humans and robots. His key research areas include variable impedance control, human arm dynamics modeling, and collaborative manipulation. Moriguchi’s most influential work, "Optimal variable impedance control for a robot and its application to lifting an object with a human" (2003, 102 citations), introduced a groundbreaking method for robots to adjust their force and stiffness in real-time during cooperative tasks, directly inspired by the natural impedance characteristics of human arms. This work laid the foundation for human-friendly robotic assistants capable of lifting and moving objects alongside people. His subsequent studies, including "Optimal Variable Damping Control for a Robot Carrying an Object with a Human" (2001) and "Variable Impedance Characteristics of Human Arms in Cooperative Motion by Two Humans" (2007), further explored how robots can mimic human cooperative behaviors, such as variable damping, to achieve smoother, more natural interactions. Moriguchi’s contributions are particularly notable for their practical applications in home automation, agriculture, and medical engineering, where robots must work in close proximity to humans. His research remains highly cited for its foundational insights into designing robots that are not only functional but also inherently safe and intuitive for human partners.