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VOLUME 101 (2015) | ISSUE 9 | PAGE 697
One-dimensional strongly interacting electrons with single impurity: conductance reemergence
DOI: 10.7868/S0370274X15090088
Abstract
We show that conductance of 1D channel with one point-like impurity critically depends on asymptotic behavior of e-e interaction at small momenta k (about inverse length of a channel). Conductance reemerges (contrary to the case of point-like repulsive potential) if potential V(k = 0)= 0. For example, this happens if the bare e-e interaction is screened by the charges in the bulk. The relation of this phenomena to the long-range order present in the Luttinger model is discussed. We consider spinless electrons but generalization is straightforward.