Confined electrokinetically driven Janus colloids accumulate at walls via effective active diffusivity from persistent out-of-plane stochastic turning, producing exponential wall-population growth and single-timescale data collapse.
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The informational Onsager-Machlup principle unifies energetic, dissipative, and informational contributions in active matter with measurement and feedback, yielding analytical expressions for velocity cumulants in an information-driven swimmer model.
Moment expansion produces a generalized entropy potential for active Brownian and run-and-tumble particles in tubes, with renormalized effective temperature and width, enabling density and escape-time predictions.
Analytic Green's function and simulation study of MSD crossovers, displacement distributions, and two-point correlations in an active harmonic particle chain.
citing papers explorer
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Wall accumulation of confined active Janus colloids due to effective active diffusivity
Confined electrokinetically driven Janus colloids accumulate at walls via effective active diffusivity from persistent out-of-plane stochastic turning, producing exponential wall-population growth and single-timescale data collapse.
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Demon's variational principle for informational active matter
The informational Onsager-Machlup principle unifies energetic, dissipative, and informational contributions in active matter with measurement and feedback, yielding analytical expressions for velocity cumulants in an information-driven swimmer model.
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Active particles in a tube: a generalized entropy potential approach
Moment expansion produces a generalized entropy potential for active Brownian and run-and-tumble particles in tubes, with renormalized effective temperature and width, enabling density and escape-time predictions.
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Dynamical crossovers and correlations in a harmonic chain of active particles
Analytic Green's function and simulation study of MSD crossovers, displacement distributions, and two-point correlations in an active harmonic particle chain.