Papers
11
Total Citations
512
H-Index
9
About
Yunlei Zhou is a researcher at the forefront of stretchable and wearable electronics, with expertise spanning flexible optoelectronics, electronic textiles, soft robotics, and bio-integrated sensing systems. His work addresses fundamental challenges in making electronics mechanically compliant, lightweight, and intimately compatible with the human body. Among his most influential contributions is the development of bright stretchable electroluminescent devices utilizing silver nanowire electrodes and high-k thermoplastic elastomers, which significantly reduced the operating voltage barrier for practical wearable displays—garnering over 113 citations. Building on this, Zhou advanced fully screen-printed, multicolor stretchable electroluminescent displays tailored for epidermal electronics, opening new frontiers in wearable visual interfaces. His pioneering work on ultrastretchable, washable conductive microtextiles (88 citations) established new fabrication paradigms for skin-conformal human-machine interfaces. Zhou has also made notable contributions to crack-engineered flexible sensors and 3D-shaped electronic skins for robotic tactile perception, and earlier in his career explored robotic cell microinjection systems. Collectively, his publications have amassed hundreds of citations, reflecting substantial influence across materials science, robotics, and bioelectronics communities. His research charts a compelling path toward a future where electronics seamlessly conform to and communicate with the human body.
Research Focus
Key Achievements
Top Papers
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- 4Crack engineering boosts the performance of flexible sensors74 citations · 2022
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- 10Morphable 3D architectures enabled by shear-guided approach3 citations · 2025