Research

Geometric effects in bacterial transport

We investigate geometric effects in many biological proccesses in fluids, especially on the mutual impacts of individual sizes and structural geometries on bactreial transport. 

 

Symmetry-based microfluidics

We classify microfluidic flows through symmetries, and realize surprising microfluidic functions, such as a trap-free micromanipulator. 

Heterogeneous motility within a bacterial aggregate

By resolving the motion of a heterogeneous bacterial aggregate in various mechanical environments, we address the adaptive nature of the aggregation-based motility.