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Previous works have shown that time asymmetric forcing on the one hand, aswell as non-Gaussian noises on the other, can separately enhance the efficiencyand current of a Brownian motor. Here, we study the result of subjecting aBrownian motor to both effects simultaneously. Our results have been comparedwith those obtained for the Gaussian white noise regime in the adiabatic limit.We find that, although the inclusion of the time asymmetry parameter increasesthe efficiency value up to a certain extent, for the present case this increaseis much less appreciable than in the white noise case. We also present acomparative study of the transport coherence in the context of colored noise.Though the efficiency in some cases becomes higher for the non-Gaussian case,the P\'eclet number is always higher in the Gaussian colored noise case than inthe white noise as well as non-Gaussian colored noise cases.

Brownian motors: Joint effect of non-Gaussian noise and time asymmetric forcing