Wenfeng Wan
Papers
7
Total Citations
131
H-Index
6
About
Wenfeng Wan is a leading researcher in nanorobotic manipulation and advanced microscopy imaging, whose work has fundamentally expanded how we observe and interact with micro- and nanoscale objects. His core research focuses on developing miniature robotic systems that operate inside scanning electron microscopes (SEM), enabling unprecedented multidirectional imaging and in-situ mechanical testing of tiny samples. Wan’s most impactful contribution is the creation of rotatable nanorobotic platforms that allow 360° automatic sample alignment, solving the long-standing challenge of limited field-of-view in conventional microscopy. His pioneering paper on this topic has garnered 43 citations, while his vision-based system for high-throughput non-embedded cell cutting (34 citations) has opened new avenues for biological research. Wan has also developed techniques for 3D reconstruction from SEM images and in-situ torsion testing of metallic glass microwires, demonstrating the versatility of his robotic approach. His work on surface defect detection of magnetic microwires (13 citations) has direct implications for materials science and quality control. By merging robotics, computer vision, and microscopy, Wan has created tools that allow researchers to see and manipulate the microscopic world with unprecedented precision and completeness.
Research Focus
Key Achievements
Top Papers
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- 3Multidirectional Image Sensing for Microscopy Based on a Rotatable Robot17 citations · 2015
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