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About

Lujun Pan is a leading researcher in the field of advanced nanomaterials, with a primary focus on the synthesis and application of carbon-based micro/nanostructures, including helical carbon nanowires and carbon nanocoils. His major contributions lie in the development of highly sensitive and stretchable strain sensors, as exemplified by his most-cited work on a natural rubber/buckypaper sandwich sensor, which has garnered over 100 citations for its ultrahigh sensitivity and potential in wearable electronics. Pan has also pioneered the design of photo-driven nanoactuators by integrating carbon nanocoils with vanadium dioxide, enabling wireless, solar-powered actuation for micro-robotics and MEMS systems. More recently, his innovative work on helical carbon nanowires has opened new avenues in micro/nanorobotics, demonstrating magnetic-field-controlled swimming capabilities with scalable, low-cost fabrication. With a citation record spanning over 150 total citations, Pan’s research continues to push the boundaries of smart materials and autonomous microsystems, making him a notable figure in nanotechnology and materials science.