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About

Junli Shi is a leading innovator in the field of flexible electronics and robotic haptics, with a focus on developing advanced iontronic pressure sensors. Her major contributions center on overcoming the fundamental trade-off between high sensitivity and mechanical stability in artificial skins. Shi pioneered the embedment of sensing elements to create robust, cross-talk–free iontronic skins, achieving a breakthrough in robotic tactile sensing that has garnered 212 citations. She further advanced the field by engineering a robotic sensory system with high spatiotemporal resolution for texture recognition (201 citations), enabling robots to identify objects through both static pressure and high-frequency vibrations—mimicking human touch. Notably, Shi has also introduced a data-driven inverse design approach for flexible pressure sensors (51 citations), replacing slow trial-and-error methods with efficient computational optimization. Her work extends to biomedical applications, where she developed non-hygroscopic ionogel-based sensors for intra-articular pressure sensing (37 citations), demonstrating the versatility of her technology. With over 500 total citations in just two years, Shi’s research is shaping the future of robotics, prosthetics, and implantable medical devices.