Papers
17
Total Citations
811
H-Index
11
About
PingAn Hu is a pioneering researcher in flexible electronics, electronic skin (e-skin), and advanced tactile sensing systems, whose work sits at the intersection of materials science, robotics, and human-machine interaction. Hu's research has made substantial contributions to the development of high-performance strain and pressure sensors, leveraging cutting-edge materials such as two-dimensional semiconductors, graphene, and MoS₂. His 2016 study on α-In₂Se₃-based electronic skin strain sensors (189 citations) demonstrated the remarkable potential of 2D layered materials for wearable devices, while his 2018 work on microstructured graphene tactile sensors (115 citations) addressed critical challenges in robotic perception at low pressure ranges. Hu has also advanced neuromorphic computing, developing ultralow power optical synapses inspired by biological eyes using MoS₂ layers (110 citations). More recently, his biomimetic and gradient-structured tactile sensors have pushed the boundaries of softness recognition, broad-range pressure detection, and gesture recognition. His research on multifunctional e-skins and human-robot collaboration sensors underscores a consistent vision: enabling safer, smarter, and more intuitive robotic systems. With over 700 cumulative citations, Hu's body of work represents a significant force shaping the future of intelligent sensing technologies.
Research Focus
Key Achievements
Top Papers
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- 9Flexible Tactile Sensors for Enhancing Robotic Perception22 citations · 2025
- 10Jellyfish‐Inspired High‐Sensitivity Pressure‐Temperature Sensor19 citations · 2024