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Band gap tailoring of 2D materials has been of interest for the past years. Using low-loss electron energy loss spectroscopy (EELS), in a scanning transmission electron microscope (STEM), it has been confirmed, following previous experimental (photoluminescence) and theoretical (DFT) studies, that the band gap of atomically thin nanoflakes of Mo x W (1-x) S 2  does shift with the alloying degree of the sample.

Gap and Van Hove measurements via low-loss electron energy loss spectroscopy on atomically thin Mo x W (1-x) S 2 nanoflakes