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Electron g factor in one- and zero-dimensional semiconductor nanostructures

DOI to cite this document:
Kieselev, A. ; Ivchenko, E. ; Rössler, Ulrich
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Date of publication of this fulltext: 05 Aug 2009 13:28


We investigate theoretically the Zeeman effect on the lowest confined electron in quantum wires and quantum dots. A general relation is established between the symmetry of a low-dimensional system and properties of the electron g factor tensor, g $_{$\alpha$ $\beta$}$ . The powerful method used earlier to calculate the transverse g factor in quantum wells is extended to one-dimensional (1D) and ...


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