Yong Min Lee
Papers
3
Total Citations
73
H-Index
3
About
Yong Min Lee is pioneering the next generation of bio-inspired, multifunctional electronic skins and wearable sensors. His research centers on advanced nanomaterials engineering, particularly using silver nanomaterials, quantum dots, and nanowires to create sensors that mimic the human sensory nervous system. Lee’s major contributions include developing a noninterference wearable strain sensor with a near-zero temperature coefficient of resistance—achieved through thermal expansion and transport engineering of nanoparticle arrays—which eliminates temperature-induced signal noise, a critical breakthrough for reliable wearable health monitors. His work on self-classifying, decoupled multifunctional sensors, which autonomously discern stimuli without external circuitry, has garnered significant attention, with his most cited paper accumulating 48 citations. Additionally, Lee has advanced wavelength-selective, stretchable photodetectors that couple quantum dots and nanowires for simultaneous infrared and visible light detection, drawing inspiration from the human eye. His innovations hold transformative potential for robotics, prosthetics, and medical diagnostics, positioning him as a leading voice in intelligent, perceptive electronic systems.
Research Focus
Key Achievements
Top Papers
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