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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Activity reorganizes semiflexible polymer fluctuations spectrally by enhancing the lowest modes with increasing force and shifting spectral weight to longer wavelengths with increasing persistence.
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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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Spectral Signatures of Active Fluctuations in Semiflexible Polymers
Activity reorganizes semiflexible polymer fluctuations spectrally by enhancing the lowest modes with increasing force and shifting spectral weight to longer wavelengths with increasing persistence.