Ryohei Nakagawa

Papers

Total Citations

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About

Ryohei Nakagawa is a researcher focused on advancing robotic sensing technologies to address societal challenges, particularly Japan’s declining working population. His work centers on developing innovative strain sensors for robots, aiming to enhance their safe and reliable operation in daily life. Nakagawa’s key contribution is the creation of an area-arrayed graphene-nano-ribbon-base strain sensor, detailed in his 2018 paper, which has garnered 2 citations. This sensor design leverages graphene’s unique properties to improve sensitivity and durability, enabling robots to better interact with their environments. While his citation count is modest, the work addresses a critical need for robust sensing in human-robot collaboration, supporting the integration of robots into society to sustain infrastructure and services. Nakagawa’s research aligns with broader efforts to develop flexible, high-performance sensors for robotic applications, highlighting his role in advancing practical solutions for an aging workforce. His focus on graphene-based materials underscores a commitment to cutting-edge nanotechnology, positioning his contributions within the growing field of soft robotics and smart sensors.