A hybrid particle-continuum simulation of microswimmers in a nematic liquid crystal reproduces 2D living-nematic experiments and predicts 3D defect-loop dynamics controlled by winding profile, swimmer density, and reversal time.
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Simulations of Three-dimensional Nematic Guidance of Microswimmers
A hybrid particle-continuum simulation of microswimmers in a nematic liquid crystal reproduces 2D living-nematic experiments and predicts 3D defect-loop dynamics controlled by winding profile, swimmer density, and reversal time.