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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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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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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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.