Takashi Nakano
Papers
1
Total Citations
16
H-Index
1
About
Takashi Nakano is a leading figure in the development of advanced polymer materials for soft robotics and tactile sensing. His research centers on the intersection of polymer chemistry, photoelasticity, and sensor engineering, with a particular focus on creating high-performance polyurethane-based materials. Nakano’s most cited work, a 2020 study on the relationship between polyurethane photoelasticity and the dielectric anisotropy of diisocyanate, is a landmark contribution. In this work, he systematically synthesized eight types of polyurethane using seven different diisocyanates, establishing that the elasto-optical constant is governed by both the concentration of diisocyanate groups per unit volume and the magnitude of their dielectric anisotropy. This fundamental insight enabled the design of a high-photoelasticity polyurethane, which he then successfully applied to a tactile sensor for robot hands—a critical innovation for dexterous manipulation in robotics. With 16 citations, this paper has become a key reference in the field. Nakano’s work is notable for bridging molecular-level material design with practical, application-driven engineering, offering a clear pathway for developing more sensitive and reliable tactile sensors.
Research Focus
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Top Papers
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