The polariton-mediated charge transfer dynamics can also be affected by cavity loss, particularly in relation to the strength of laser driving as shown in Fig. e, adapted from Ref. 324. In this work, a Lindblad driving/decay model was constructed to describe charge transfer in a driven and lossy cavity (Fig. ). Both the cavity loss rate κ and laser driving to the |G, 1⟩ state κ + were independently varied to determine their effects on the charge transfer rate inside the cavity. Even for laser driving rates orders of magnitude smaller than the loss rate, an increase of charge transfer rate relative to outside the cavity was observed (Fig. ) which grew for larger relative driving strengths. These rates also varied as a function of the strength of the light-matter coupling relative to the cavity loss.