Localized electron state in a T-shaped confinement potential

Abstract

We consider a simple model of an electron moving in a T-shaped confinement potential. This model allows for an analytical solution that explicitly demonstrates the existence of laterally bound electron states in quantum wires obtained by the cleaved edge overgrowth technique.

6 pages, 5 figures

Cited by in corpus (3)

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• Majorana fermions in $T$-shaped semiconductor nanostructures
• Localized states in a semiconductor quantum ring with a tangent wire