Riku Otsuka
Papers
1
Total Citations
6
H-Index
1
About
Riku Otsuka is a pioneering researcher in soft microrobotics and kinetic electronics, with a focus on developing highly adaptive, film-type robotic systems. His major contributions center on integrating active optical sensors and multi-degree-of-freedom (DoF) gripper arms into soft, flexible substrates, enabling unprecedented environmental interaction and manipulation at the microscale. Otsuka’s most cited work, “Active Optical Sensor Microrobot Equipped With Multi-DoF Gripper Arm Based on Kinetic Electronics” (2023), has garnered 6 citations, demonstrating early impact in this emerging field. This paper introduces a breakthrough design where soft, elastic materials provide high DoF and adaptability, allowing the microrobot to sense and respond to its surroundings through embedded optical components. Otsuka’s research bridges the gap between soft robotics and microsystems, offering new possibilities for minimally invasive surgery, micro-assembly, and environmental monitoring. His work is notable for advancing kinetic electronics—a paradigm that merges mechanical flexibility with electronic functionality—and for laying the groundwork for next-generation autonomous microrobots. As a rising figure in soft robotics, Otsuka’s innovations promise to transform how tiny machines interact with complex, unstructured environments.
Research Focus
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Top Papers
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