Derives asymptotic MFPT solutions for CABPs in 1D confinements and numerically computes MFPT in 2D disks, showing non-monotonic dependence on chirality with an optimal value that minimizes escape time.
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cond-mat.soft 3years
2026 3representative citing papers
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.
Splitting probabilities of confined chiral active Brownian particles depend on geometry, activity, and chirality, with exact 1D solutions in asymptotic regimes and effective 1D models via Fick-Jacobs reduction in narrow channels.
citing papers explorer
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Mean first passage time of chiral active Brownian particles
Derives asymptotic MFPT solutions for CABPs in 1D confinements and numerically computes MFPT in 2D disks, showing non-monotonic dependence on chirality with an optimal value that minimizes escape time.
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Splitting probabilities of confined chiral active Brownian particles
Splitting probabilities of confined chiral active Brownian particles depend on geometry, activity, and chirality, with exact 1D solutions in asymptotic regimes and effective 1D models via Fick-Jacobs reduction in narrow channels.