Kaori Mizushima
Papers
6
Total Citations
198
H-Index
6
About
Kaori Mizushima is a leading roboticist whose work sits at the intersection of soft robotics, grasping, and manipulation. Her research focuses on designing novel, underactuated robotic hands and grippers that mimic the adaptability of the human hand, with a particular emphasis on achieving stable grasps across diverse and challenging conditions. Her most significant contribution is the development of a variable-grasping-mode soft gripper (78 citations), which leverages environmental contact for operation, and a multi-fingered robotic hand (64 citations) that uniquely combines tendon-driven actuation with a jamming transition mechanism for superior stability. Mizushima has also made critical advances in friction control, pioneering deformable fingertips with surface textures that maintain grip in both dry and wet environments (20 citations), and developing a friction reduction system based on a lubricating effect (13 citations) to enable smooth sliding operations. Her work on contact area variable surfaces (13 citations) further demonstrates her commitment to solving the fundamental challenge of achieving both secure grasping and dexterous manipulation. Through these innovations, Mizushima is pushing the boundaries of how soft robots interact with the physical world, creating more capable and versatile hands for applications ranging from industrial automation to human-robot collaboration.
Research Focus
Key Achievements
Top Papers
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