Inderscience Publishers

New trends for the Kondo effect in nanostructures

The Kondo effect in confined nanostructures (quantum dots) provides a testbed for a variety of physical behaviours involving strong electronic correlations. Here some extensions of the Kondo effect beyond the standard single-impurity Anderson model are reviewed. Apart from their fundamental interest, these issues may also open new roads for low-temperature spintronics.

Keywords: quantum dots, electronic confinement, Kondo effect, decoherence, electronic interferometry, Josephson junctions, quantum criticality, low temperature spintronics, spin filtering, nanostructures, nanotechnology

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