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We report a simulation study on the narrow escape kinetics of a Chiral ActiveParticle (CAP) confined to a circular domain with a narrow escape opening. Thestudys main objective is to optimize the CAPs escape changes as a function ofthe relevant parameters, such as translational and rotational speeds of theCAP, domain size, etc. We identified three regimes in the escape kinetics,namely the noise-dominated regime, the optimal regime, and the chiralactivity-dominated regime. In particular, the optimal regime is characterizedby an escape scheme that involves a direct passage to the domain boundary firstand then a unidirectional drift along the boundary towards the exit.Furthermore, we propose a non-dimensionalization approach to optimize theescape performance across microorganisms with varying motile characteristics.Additionally, we explore the influence of the translational and rotationalnoise on the CAPs escape kinetics

The Narrow Escape Problem of a Chiral Active Particle (CAP): An Optimal Scheme