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About

Yukiko Osawa is a pioneering roboticist whose work redefines how robots perceive and interact with the physical world. Her research centers on soft robotics, haptic interfaces, and thermal sensing, with a particular focus on creating machines that can sense, display, and even recycle heat for more natural human-robot interaction. Osawa’s most influential contribution is the development of a soft robotic shell with an active thermal display (2021, 19 citations), a breakthrough that challenges the dominance of hard-shelled robots by enabling a more pleasant, haptically rich morphology. She has also advanced material classification through active temperature-controlled grippers (2022, 9 citations) and robust heat flow sensing (2023, 6 citations), allowing robots to identify objects by their thermal properties—a capability beyond vision or touch alone. Her work on a Cybernetic Avatar System (2024, 18 citations) explores telepresence for connectivity and skill transfer, while her integration of soft tactile skins with controllable thermal displays (2024, 4 citations) aims to make physical human-robot interaction safer and more trustworthy. Notably, Osawa has innovated in energy efficiency by recycling motor-generated heat for thermoregulation (2023, 3 citations), demonstrating a sustainable approach to robotic design. Her research, spanning from wearable thermal interfaces to multilateral teleoperation under time delay, positions her at the forefront of haptic and thermal robotics, with growing impact in both academia and human-centered technology.