Papers
4
Total Citations
39
H-Index
3
About
Ning Yu is a researcher at the intersection of nanorobotics, microassembly, and advanced manufacturing, with a focus on carbon nanotube (CNT) electronics and biomedical microdevices. Their most influential work, "Characterization of the Resistance and Force of a Carbon Nanotube/Metal Side Contact by Nanomanipulation" (2017, 30 citations), addresses a critical bottleneck in CNT-based field-effect transistors: high contact resistance. By using nanomanipulation to directly measure how contact length and force affect resistance, Yu provided foundational insights for optimizing CNT-metal interfaces, a key step toward practical nanoelectronics. Earlier work on measuring CNT/tungsten contact resistance (2015) further refined these techniques using a dual-manipulator robotic system. Demonstrating versatility, Yu also contributed to biomedical engineering with "Automated bubble-based assembly of cell-laden microgels into vascular-like microtubes" (2015), developing a multi-microrobotic system for fabricating artificial microvessels—a promising approach for vascular tissue regeneration. Additionally, Yu’s work on parallel robot accuracy synthesis (2017) showcases expertise in precision mechanics. With a career spanning nanoscale electrical characterization, robotic microassembly, and tissue engineering, Ning Yu’s research directly addresses fundamental challenges in device performance and biofabrication, making their work essential reading for researchers in nanorobotics and microsystems.
Research Focus
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