Ryosuke Suga

Yamagata University, Aoyama Gakuin University

Papers

Total Citations

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About

Ryosuke Suga is a leading researcher in advanced materials and wireless communication systems, with a focus on stretchable electronics and 5G network characterization. His most cited work, "Robotic e-skin for high performance stretchable acceleration sensor via combinations of novel soft and functional polymers" (2023, 22 citations), pioneers the development of electronic skin that mimics human softness and sensitivity, enabling direct measurement of stretching acceleration for soft robotics—a critical step toward more adaptive and resilient robotic systems. This innovation bridges materials science and robotics, offering new possibilities for tactile sensing in dynamic environments. Additionally, Suga has contributed to 5G technology through his paper "Measurement of Electric Field Distribution of Indoor Local 5G Using Radio Environment Visualization System Applying SDR Device" (2023, 2 citations), where he designed a compact, software-defined radio-based system mounted on a robotic vehicle for automated, remote-controlled mapping of electric field distributions in sub-6 GHz indoor networks. This work enhances the efficiency of 5G deployment and optimization. Suga’s interdisciplinary approach—combining polymer engineering, sensor design, and wireless communications—positions him as a key innovator in smart materials and next-generation connectivity, with his e-skin research particularly noted for its potential to transform human-robot interaction.