Qing‐Yuan Sun
Papers
2
Total Citations
22
H-Index
2
About
Qing-Yuan Sun is at the forefront of stretchable bioelectronics, pioneering the development of next-generation on-skin electrodes and wearable conductors. His research centers on integrating liquid metals with advanced fiber mat architectures to create devices that are not only highly conductive but also mechanically elastic and moisture-permeable—overcoming critical limitations of conventional rigid electronics. Sun’s major contributions include the invention of highly stretchable, breathable electrodes from liquid metal and fiber mats, which maintain stable electrical performance under deformation, and the creation of elastic, permeable liquid metal–iron fiber conductors for reliable electrophysiological monitoring. These innovations address key challenges such as poor liquid metal wettability and complex fabrication, enabling practical applications in medical therapy, soft robotics, and human–machine interaction. With his most-cited works already garnering over 20 citations within a year of publication, Sun’s research is rapidly gaining recognition for its potential to transform wearable health monitoring. His work stands out for its elegant combination of material science and practical design, offering a scalable pathway toward comfortable, high-performance epidermal electronics.
Research Focus
Key Achievements
Top Papers
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