Papers
7
Total Citations
371
H-Index
5
About
Zebang Luo is a leading researcher in flexible and wearable electronics, with a focus on developing advanced sensors for human activity monitoring and human-robot interaction. His work spans strain, pressure, and tactile sensors, leveraging innovative materials and fabrication techniques to achieve high sensitivity, low hysteresis, and multidimensional sensing capabilities. Luo’s major contributions include the creation of superelastic, wave-patterned liquid metal strain sensors (265 citations) that enable precise monitoring of subtle body movements, and supersensitive Ag/PDMS strain gauges (52 citations) capable of detecting both strain and force. He has also pioneered cost-effective methods for fabricating stretchable liquid metal electronics using laser-induced graphene stamps, and developed highly permeable, three-dimensional electronic systems for wearable human-robot interaction. His work on 3D porous sponges coated with carbon black and carbon nanotubes (31 citations) has advanced tactile sensing applications. With over 370 total citations across his most-cited papers, Luo’s research is widely recognized for pushing the boundaries of sensor performance, flexibility, and integration. His achievements include high-resolution capacitive pressure sensors and bionic hybrid microstructure designs, making him a key innovator in next-generation wearable technology.
Research Focus
Key Achievements
Top Papers
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