Ken Manabe

Sumitomo Electric Industries (United States), The University of Osaka

Papers

Total Citations

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About

Ken Manabe is a researcher whose work bridges photonics and robotics, with key contributions in polymer optical waveguide fabrication and mechanical modeling of cables. His most impactful work centers on the "Mosquito method," a novel technique for creating low-loss, single-mode polymer optical waveguides with circular cores. In his 2021 paper, Manabe demonstrated that this method can fabricate waveguides with multiple cores while maintaining identical mode-field diameters—a critical advancement for high-density optical interconnects. This work has garnered 7 citations, reflecting its growing influence in integrated photonics. Earlier, Manabe tackled challenges in robotics with his 2012 study on bending and torsional deformation of twisted wires, or robot cables. Using differential geometry, he developed a modeling method to represent deformation in cables used in industrial robot joints, enabling more reliable signal and power transmission. Though less cited, this work addresses practical issues in robotic mobility and durability. Manabe’s dual focus on precision optical fabrication and mechanical analysis of robotic components showcases his versatility, with his Mosquito method standing out as a notable achievement for advancing polymer waveguide technology.