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In this work we studied the diffusive behavior of active brownian particlesunder lateral parabolic confinement. The results showed that we go fromsubdiffusion to ballistic motion as we vary the angular noise strength andconfinement intensity. We argued that the subdiffusion regimes appear asconsequence of the restricted space available for diffusion (achieved eitherthrough large confinement and/or large noise); we saw that when there are largeconfinement and noise intensity, a similar configuration to single filediffusion appears; on the other hand, normal and superdiffusive regimes mayoccur due to low noise (longer persistent motion), either through exploring awider region around the potential minimum in the transverse direction (lowconfinement), or by forming independent clusters (high confinement).

Active Matter in Lateral Parabolic Confinement: From Subdiffusion to Superdiffusion