Extended Data Fig. 3: Local density of states maps at different energies for the 3° tWSe2 device.
From: Flat bands in twisted bilayer transition metal dichalcogenides
a, Lowest energy band at Q in the conduction band. b, Second band at Q in the conduction band. c, Lowest band at K in the conduction band. d, Highest band at K in the valence band. e, second highest band at K in the valence band. None of these images show the hexagonal network as seen at the flat band energy, indicating that the wavefunction of the flat band is distinctively different from the ordinary wavefunctions that arise from the moiré pattern.
