Liehui Ge

Papers

Total Citations

438

H-Index

About

Liehui Ge is a pioneering figure in bioinspired materials and nanotechnology, best known for her groundbreaking work on synthetic gecko adhesives. Her most celebrated contribution, the 2007 paper "Carbon nanotube-based synthetic gecko tapes" (438 citations), introduced a revolutionary approach to dry adhesion by transferring micropatterned carbon nanotube arrays onto flexible polymer tape, mimicking the hierarchical structure of a gecko lizard's foot. This synthetic gecko tape achieved a remarkable shear stress of 36 N/cm²—nearly four times greater than a gecko's natural foot—demonstrating the power of nanoscale engineering for real-world applications. Beyond this landmark study, Ge's research spans the design of nanostructured surfaces, carbon nanotube synthesis, and biomimetic systems, with her work bridging fundamental materials science and practical device fabrication. Her findings have inspired advances in robotics, medical adhesives, and climbing technologies, earning her recognition as a leader in the field. With over 400 citations on her flagship paper alone, Ge's contributions continue to shape how researchers harness nature's designs for high-performance materials, making her a key reference for students and scientists exploring bioinspired nanotechnology.