Papers
3
Total Citations
66
H-Index
3
About
Jiapeng Tan is a leading innovator in flexible electronics, specializing in the design of high-performance sensors for wearable technology and human–computer interaction. His research focuses on developing multi-modal and adaptive pressure sensors that bridge the gap between rigid electronics and soft, biological tissues. Tan’s major contributions include the invention of a flexible capacitive pressure sensor with an inflatable dielectric layer, which allows for an adjustable detection range—a breakthrough for applications requiring sensitivity across diverse pressure loads. He also pioneered a dual-mode flexible sensor that integrates triboelectric and piezoresistive mechanisms, enabling simultaneous monitoring of both non-contact and contact pressure, a critical advancement for robotic skin and intelligent prosthetics. His work on a tactile glove employing a capacitive sensor array for object shape recognition further demonstrates his commitment to practical, scalable solutions. With his most cited paper garnering 38 citations since 2024, Tan’s research is rapidly shaping the future of smart sensing, offering robust, cost-effective pathways for next-generation wearable devices and interactive systems.
Research Focus
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