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This work investigates energy filtering in nanowires, where pass andstopbands are obtained by including superlattices in the wire. When a pair ofsuch superlattices is placed in series, each being controlled by a gate, it canact as a transistor where the (mis-)alignment of its minibands turns the deviceon (off). It is shown that, in the ballistic current-regime, the transitionbetween the on and off state occurs in a narrow gate-bias range, giving rise tosub-60 mV per decade switching behavior.

The Miniband Alignment Field-Effect Transistor: a superlattice-based steep-slope nanowire FET