Yuho Kinbara

Mitsui Chemicals (Germany), Mitsui Chemicals (Japan)

Papers

Total Citations

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About

Yuho Kinbara is a pioneering researcher at the intersection of soft robotics and advanced materials, whose work is redefining how robots interact with humans and their environments. Kinbara’s key research areas include soft robotic morphologies, photoelastic polymers, and tactile sensing technologies. Their most influential contribution is the development of a **soft robotic shell with an active thermal display** (2021, 19 citations), which challenges the conventional hard-shell paradigm by introducing a deformable, thermally expressive robot skin that enhances both haptic interaction and aesthetic appeal. In parallel, Kinbara has made significant strides in material science, synthesizing polyurethanes with exceptionally high photoelastic constants (1000–10,000 ×10⁻¹² Pa⁻¹) and demonstrating their utility in **tactile sensors for robot hands** (2020, 16 citations). By establishing the relationship between diisocyanate dielectric anisotropy and photoelasticity, they have enabled precise force detection (0.1–10 N) through optical changes, as shown in their 2021 evaluation of gripping sensors (4 citations). Kinbara’s work bridges chemistry and robotics, offering elegant, sensor-rich solutions for safer, more intuitive human-robot collaboration.