The analysis of the weak bleach at 735 -740 nm in the potential range of -1.3 V to -1.7 V (Fig. ) is complicated due to the adjacent induced absorption caused by the red-shifted A-exciton and overlapping induced absorption of FTO at wavelengths >750 nm. The most likely explanation for this EMAS band is the indirect transition inherent to 2H-MoS2 with more than one monolayer. Since we determined the average thickness of the nanosheets studied here with 1-2 monolayers, it is reasonable to assume that a significant portion of the sample will exhibit such an indirect transition. Computational studies have shown that for 2 layers of 2H-MoS2, the electron state involved in the indirect transition is the same as that occupied by the A/B excitonic transitions. The identical reductive potential at which we observe the bleaching of the A/B excitons and the transition at 730-740 nm therefore supports the assignment of the latter as the (Figure ). However, a phase transition to the metallic 1T allotrope would also explain the increase in conductivity.