Abstract

Active matter systems are out of thermal equilibrium, its dynamics are usually described by a Langevin-like equation, with an extra noise (Active Brownian Particles, ABP) or replacing the white noise for a correlated noise (Active-Ornstein-Uhlenbeck Particles, AOUP). We propose a model, that contains both ABP and OUAP, and In the framework of stochastic thermodynamics, we describe the entropy production on a trajectory. In our approach, the particle is connected to two heat reservoirs, and also, it allows to recover previous results and use Linear Response Theory to propose an experimental test.