Xiang Ge

Papers

Total Citations

127

H-Index

About

Xiang Ge is a leading researcher in flexible and stretchable electronics, with a particular focus on the design and optimization of strain sensors for wearable technology. His work addresses a critical challenge in the field: the inherent trade-off between sensor sensitivity and the range of detectable strain. Ge’s major contribution lies in the development of a mechanocombinatorial screening approach, which enables the rapid, systematic identification of sensor designs tailored to specific strain ranges. His highly cited 2019 paper on this method (127 citations) has become a foundational reference for researchers seeking to customize sensors for applications from human motion detection to soft robotics. By providing a rational, high-throughput strategy for sensor optimization, Ge has significantly advanced the practical deployment of stretchable electronics in health monitoring and human-machine interfaces. His work stands out for its elegant combination of materials science and combinatorial methodology, offering a clear path from fundamental design principles to real-world application.