In Figure , we scan a similar 138 nm thick 2H-MoS2 nanosheet film on FTO in 0.1 M n-Bu4NPF6/CH3CN into the oxidative direction from the OCP at -0.5 V towards +1.8 V and display the EMAS signal in the same manner as for the reductive direction in Figure . The most striking result is that the qualitative EMAS response is mostly inverse to the observations during the reductive scan. With increasing potential, slightly blue-shifted (∆λ = 2 nm) induced absorptions of equal intensity are seen for the A and B excitons. The C exciton shows a redshifted induced absorption at 434 nm, which is less pronounced compared to the signal in reductive direction. Further notable features are a broad bleach with two components between the C and B exciton, a strong bleach at 690 nm as well as another bleach between the A-and B-exciton. At wavelengths around 400 nm and > 830 nm, the underlying signal of the FTO (cf.