Inertial polar tracer in active bath maps exactly to stochastic Lorenz dynamics with regimes including chaos, chirality, and zigzag motion, plus analytical expressions for speed and diffusion.
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3D microprinting provides design freedom to create anisotropic active particles, allowing tests of theoretical predictions on shape-dependent dynamics and collective behavior in active matter.
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Novel dynamics for an inertial polar tracer in an active bath
Inertial polar tracer in active bath maps exactly to stochastic Lorenz dynamics with regimes including chaos, chirality, and zigzag motion, plus analytical expressions for speed and diffusion.
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3D microprinting anisotropic and deformable active matter -- A perspective
3D microprinting provides design freedom to create anisotropic active particles, allowing tests of theoretical predictions on shape-dependent dynamics and collective behavior in active matter.