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We studied a collection of chiral active particles (CAP) on a two dimensionalsubstrate using extensive numerical study. Particles interact through softrepulsive interaction. The activity and chirality of particles is tuned byvarying their self-propulsion speed and angular velocity respectively. Kineticsand steady state properties of particles are studied for different chiralityand activity. The phase diagram of system on the plane of activity andchirality shows three distinct phases. For small chirality when activity isdominant, particles show enhanced dynamics and macroscopic phase separation ofordered clusters is observed. For moderate chirality, micro clustered phase isobserved in which small clusters with moderate ordering are formed. For largechirality, when chirality dominates, no clustering is found because particlemotion is mainly confined to its location. Our study gives a detail insightinto the effect of chirality on the properties of collection of CAP, which canbe useful to understand the dynamics and steady state of many natural microswimmers.

Macro to micro phase separation in a collection of chiral active swimmers