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I. Yamano is a robotics researcher whose work has made significant contributions to the development of anthropomorphic robotic hands and teleoperation systems. With a focused research program centered on dexterous manipulation, Yamano is best known for pioneering the use of ultrasonic motors and elastic elements as a novel actuation strategy for multi-fingered robotic hands. This approach, which cleverly harnesses the restoring force of elastic elements as grasping power, enables soft, stable, and human-like object manipulation — a longstanding challenge in robotics engineering. Yamano's most influential work, "Five-fingered Robot Hand using Ultrasonic Motors and Elastic Elements" (2006), has accumulated 122 citations, reflecting its strong impact on the field of robotic manipulation. Alongside this, his earlier publications systematically trace the development of individual robot fingers and complete hand systems, demonstrating a rigorous, iterative research methodology. His contributions extend into teleoperation, where he proposed innovative master-slave control systems that balance position and force feedback using switching mechanisms. Additionally, Yamano explored haptic device design informed by anatomical and neurophysiological principles. Collectively, his body of work represents a meaningful advance in building robotic hands that closely replicate human dexterity.