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Based upon recent experiments in which Janus particles are made into activeswimmers by illuminating them with laser light, we explore the effect ofapplying a light pattern on the sample, thereby creating activity inducingzones or active patches. We simulate a system of interacting Brownian diffusersthat become active swimmers when moving inside an active patch and analyze thestructure and dynamics of the ensuing stationary state. We find that, in somerespects, the effect of spatially inhomogeneous activity is qualitativelysimilar to a temperature gradient. For asymmetric patches, however, thisanalogy breaks down because the ensuing stationary state is specific to partialactive motion.

Crystallization and flow in active patch systems