Papers
3
Total Citations
99
H-Index
3
About
Min Gao’s research sits at the intersection of flexible electronics, advanced manufacturing, and robotics, with a focus on creating next-generation tactile sensing systems. Their most impactful work, a 2016 study on highly sensitive flexible tactile sensors using microstructured multiwall carbon nanotube arrays, has garnered 66 citations and laid a critical foundation for biomimetic electronic skin (e-skin). Building on this, Gao’s recent 2024 paper introduces a novel dual-band laser selective etching method to fabricate stretchable pressure sensor arrays that overcome a key limitation in the field—strain interference during stretching. This innovation promises more reliable e-skin for applications ranging from prosthetics to human-machine interfaces. Beyond sensing, Gao explores mechanical design, as seen in their 2022 analysis of a novel spherical two-degree-of-freedom parallel mechanism, which contributes to the development of surgical and exoskeleton robots. By bridging materials science, fabrication techniques, and mechanism design, Gao’s work demonstrates a comprehensive approach to advancing soft robotics and wearable technology, with clear potential for real-world impact in healthcare and interactive systems.
Research Focus
Key Achievements
Top Papers
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