Configurational entropy of self propelled glass formers

The configurational entropy is an indispensable tool to describe super-cooled liquids near the glass transition. Its calculation requires enumeration of basins in potential energy landscape and when available, it reveals a direct connection with relaxation time liquid. While there are several reports on measurement passive liquids, very little understood about its role active which have propensity undergo transition at low temperatures. In this paper, we report careful model former where constituent units self propelled. We show that unlike anharmonic contribution these self-propelled can be same order as harmonic contribution, therefore must included entropy. Our extracted good agreement generalized Adam-Gibbs relation predicted by random first theory enabling us deduce scaling between point-to-set length scale systems. findings could great utility conventional systems such granules, Janus particles dense bacterial suspensions, mention few.