Min Jun Kim
Papers
1
Total Citations
5
H-Index
1
About
Min Jun Kim is a pioneering researcher in the field of microrobotics and microscale fluid dynamics, with a particular focus on the locomotion of micro-scale swimmers in complex biological environments. His most notable work explores how microrobots can navigate non-Newtonian fluids — such as synthetic mucus — which closely mimic the challenging conditions found within the human body. In his influential 2018 study on "Microsnowman Propagation and Robotics inside Synthetic Mucus," Kim and his collaborators demonstrated that two-bead microswimmers, which would be fundamentally constrained by symmetry in simple Newtonian fluids at low Reynolds numbers, can achieve propulsion by exploiting the heterogeneous and viscoelastic properties of non-Newtonian media. This work represents a significant conceptual breakthrough in understanding how microscale locomotion strategies must be reimagined when operating in biologically relevant environments. Kim's research sits at the dynamic intersection of soft matter physics, biomedical engineering, and robotics, with implications for targeted drug delivery and minimally invasive medical procedures. His contributions continue to inspire a new generation of researchers designing medically applicable microrobotic systems.
Research Focus
Key Achievements
Top Papers
- 1Microsnowman Propagation and Robotics inside Synthetic Mucus5 citations · 2018