Yuta Dobashi
Papers
2
Total Citations
34
H-Index
2
About
Yuta Dobashi is a researcher at the forefront of soft robotics and wearable electronics, specializing in intrinsically stretchable and deformable devices. His work focuses on advancing conducting polymer actuators and electrochromic displays, addressing key limitations in speed, strain, and power efficiency. Dobashi’s most cited paper (2023, 26 citations) demonstrates the first fully intrinsically stretchable integrated passive matrix electrochromic display using a PEDOT:PSS ionic liquid composite, a breakthrough for low-power wearable displays that conform to complex surfaces. His earlier work (2018, 8 citations) tackles the slow electrochemical processes in polypyrrole actuators, achieving improved charging and strain rates through laser perforation—a critical step toward muscle-like, high-speed soft actuators. These contributions directly impact the development of biomimetic robots, adaptive camouflage, and comfortable wearable interfaces. By combining materials innovation with device integration, Dobashi is helping bridge the gap between lab-scale soft electronics and practical, high-performance applications.
Research Focus
Key Achievements
Top Papers
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