Numerical simulations show that mutual information quantifies microswimmer mixing with non-monotonic dependence on squirmer parameter and better performance for disordered configurations and pushers under hydrodynamic interactions.
The first mode is associated with a source-dipole contribution, while the second mode gives the stresslet contribution
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Mixing induced by microswimmers as probed by mutual information
Numerical simulations show that mutual information quantifies microswimmer mixing with non-monotonic dependence on squirmer parameter and better performance for disordered configurations and pushers under hydrodynamic interactions.