Papers
1
Total Citations
2
H-Index
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About
Mingeun Kim is a rising star in the field of microrobotics, whose work is redefining the limits of precision and speed in magnetic micro-scale actuation. His research centers on the intricate interplay between nanoparticle distribution and the agile steering of magnetic microrobots, a critical challenge for next-generation biomedical applications. In his landmark 2025 study, Kim uncovered a pivotal discovery: the nanoscale distribution of magnetic nanoparticles within a microrobot is the decisive factor for achieving stable, high-speed locomotion along predetermined trajectories. This breakthrough directly addresses the fundamental trade-off between rapid actuation and steering stability, offering a new design paradigm for creating faster, more controllable microswimmers. While his most-cited paper has already garnered 2 citations in its first year—a strong indicator of its immediate impact—his broader contributions are poised to influence the fields of targeted drug delivery and microsurgery. By solving a core problem in microrobotic control, Mingeun Kim is establishing himself as a key innovator, engineering the foundational principles that will enable the next generation of autonomous, high-performance micro-robots.
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Top Papers
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