Brownian dynamics simulations of active particles in a 2D pillar lattice show wake accumulation, upstream polarization, and kinematic topological defects that mark a transition in swimming directions with increasing flow strength.
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Pore-scale distribution and transport of active particles in a two-dimensional lattice
Brownian dynamics simulations of active particles in a 2D pillar lattice show wake accumulation, upstream polarization, and kinematic topological defects that mark a transition in swimming directions with increasing flow strength.