Hanlun Hu

Papers

Total Citations

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About

Hanlun Hu is a leading innovator in the field of flexible tactile sensing, with a focused expertise in biomimetic materials and graphene-based electronics. Hu’s research is dedicated to bridging the gap between rigid, conventional sensors and the sophisticated, adaptive touch of human skin. A major contribution is the design of a biomimetic, human-skin-like tactile flexible sensor, which simultaneously achieves high sensitivity, a large measurement range, and multi-functionality—properties that traditional sensors struggle to combine. This work, cited 14 times, has laid a critical foundation for next-generation robotic hands. Hu further advanced the field by developing an ultra-sensitive flexible tactile sensor based on graphene film, addressing the persistent challenge of boosting sensitivity to expand practical applications in industrial robotics and biomedical engineering. Garnering 10 citations, this work demonstrates a clear path toward more responsive artificial skin. By tackling the core trade-offs between sensitivity and range, Hu’s research is instrumental in enabling intelligent robots to perceive and react to external stimuli with unprecedented fidelity, marking a significant step forward in human-machine interaction.