Papers
2
Total Citations
13
H-Index
2
About
Albert Bae is a rising figure in the emerging field of bio-hybrid micro-robotics, where he specializes in harnessing the natural motility of biological components for synthetic applications. His research focuses on the mechanics and control of flagella-driven micro-swimmers, with a particular interest in how isolated axonemes from *Chlamydomonas reinhardtii* can be repurposed as biological actuators. In his most cited work (11 citations, 2022), Bae demonstrated a novel bio-hybrid micro-swimmer propelled by isolated flagella, critically linking the swimmer’s transition in behavior to calcium-dependent changes in axonemal static curvature—a finding that advances our understanding of flagellar beat regulation. His subsequent 2023 study (2 citations) systematically explored how cargo size and the geometry of flagellum-cargo attachment influence propulsion efficiency, providing essential design principles for future bio-actuated medical microrobots. Though early in his career, Bae’s work sits at the intersection of biophysics, micro-engineering, and synthetic biology, offering a promising pathway toward controllable, biocompatible micro-vehicles for targeted drug delivery and cellular manipulation.
Research Focus
Key Achievements
Top Papers
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- 2