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The moir\'e pattern induced by lattice mismatch in transition-metaldichalcogenide heterobilayers causes the formation of flat bands, whereinteractions dominate the kinetic energy. At fractional fillings of the flatvalence band, the long-range electron interactions then induce Wigner-Mottcrystals. In this Letter we investigate the nontrivial electronic phasesappearing away from commensurate fillings. Here, competing phases arise thatare either characterized as doped Wigner-Mott charge transfer insulators oralternatively, a novel state with frozen charge order yet is conducting: the'electron slush'. We propose that an extremely spatially inhomogeneous localdensity of states can serve as a key signature of the electron slush.

Doping a Wigner-Mott insulator: Exotic charge orders in transition-metal dichalcogenide moir\'e heterobilayers