Kensuke Murakami
Papers
1
Total Citations
2
H-Index
1
About
Kensuke Murakami is a pioneering researcher in high-resolution tactile sensing, with a focus on developing advanced pressure sensor arrays for robotics and human-machine interfaces. His major contribution lies in the integration of piezoelectric polyvinylidene difluoride (PVDF) films with CMOS potentiometric sensor arrays, achieving unprecedented spatial resolution through innovative bonding techniques. His most-cited work, “Super Spatial Resolution Pressure Image Sensor Based on a Bonding Technique of PVDF Film on Two Micrometer Pitch CMOS Potentiometric Sensor Array” (2019), demonstrates a breakthrough in miniaturizing tactile sensors—overcoming the size limitations that have constrained conventional touch-sensing devices. By achieving two-micrometer pitch resolution, Murakami’s design enables robots to detect fine pressure variations with exceptional detail, advancing applications in dexterous manipulation and biomedical sensing. Though his citation count is currently modest (2 citations), the novelty of his approach positions him as an emerging leader in high-density sensor technology. His work represents a critical step toward more sensitive, compact tactile systems, promising to transform how robots interact with their environment.
Research Focus
Key Achievements
Top Papers
- 1