Papers
2
Total Citations
156
H-Index
2
About
Hyunjung Yi is a leading researcher in the field of flexible and bio-inspired electronics, with a focus on developing next-generation tactile sensing systems for healthcare and human-machine interfaces. Her major contributions lie in the design of high-performance pressure sensors and artificial tactile neurons that mimic biological sensory processing. In her highly cited 2017 work (104 citations), she introduced ultrasensitive and highly stable resistive pressure sensors incorporating biomaterial interfacial layers, addressing critical challenges in sensitivity and durability for wearable health-monitoring and prosthetic applications. Building on this foundation, her 2022 study (52 citations) pioneered an artificial tactile neuron capable of spiking representation of stiffness, enabling spiking neural network-based learning for disease diagnosis—a significant step toward intelligent, bio-mimetic sensing. Yi’s work bridges materials innovation with neuromorphic computing, demonstrating how flexible sensor arrays can transform raw mechanical data into meaningful diagnostic information. Her research has profound implications for smart prosthetics, soft robotics, and point-of-care medical devices, establishing her as a key figure in the convergence of flexible electronics and artificial intelligence.
Research Focus
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Top Papers
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