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- W2014842406 abstract "In a Hubbard chain under an overall confining potential, electron tunneling through a Hubbard gap in the center of the chain can be expected even when disorder is introduced into the chain. Two kinds of randomness, in on-site single-particle energy and in on-site electron-electron interaction, are considered not only separately, but simultaneously. Because of the randomness in on-site single-particle energy, the variance of the tunneling amplitude has a peak when the degree of randomness changes. This peak is caused by the interplay between single-electron tunneling and Hubbard-gap tunneling in the chain where the Fermi statistics of electrons are important. On the other hand, the effect of randomness in on-site electron-electron interaction is similar to that in the potential barrier of single-electron tunneling. These effects of randomness on Hubbard-gap tunneling are important in determining the electronic structures of tunneling-coupled quantum dots." @default.
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- W2014842406 date "1999-02-15" @default.
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- W2014842406 title "Hubbard-gap tunneling in disordered quantum-dot chains" @default.
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- W2014842406 doi "https://doi.org/10.1103/physrevb.59.4952" @default.
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