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Titlebook: Controlling Mesoscale Turbulence; The Impact of Transl Henning Reinken Book 2024 The Editor(s) (if applicable) and The Author(s), under exc

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,Es muß nicht immer Hi-Tech sein,a generic microscopic model for microswimmers based on Langevin equations, which includes short-range polar and nematic interactions, far-field hydrodynamic interactions mediated by the solvent flow and an external field acting only on the rotational degree of freedom. After writing down the Fokker–
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Carlo M. Becchi,Giovanni Ridolfiate arrangements of obstacles can organize the turbulent flow into vortex lattices with different geometric properties. Based on the reduced minimal model we show the stabilization of square and triangular structures as well as a more exotic chiral pattern in a Kagome-like arrangement that displays
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Theoretical Concepts, systems, such as self-propelled particles and microswimmers, we introduce Langevin and Fokker–Planck equations as basic descriptive elements of stochastic systems in statistical physics. After a recap of the theory behind classic pattern formation processes, we discuss concepts of fluid dynamics an
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Reorienting External Fields,ection. First, we analyze the emerging patterns in the full model on the basis of numerical results and linear stability analysis. For intermediate field strength, the external field induces anisotropic stripe-like patterns that move in the direction of the field and exhibit numerous defects, wherea
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