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Fermi liquid theory for nonlinear transport through a multilevel Anderson impurity
Physical Review Letters ( IF 8.385 ) Pub Date : 
Yoshimichi Teratani; Rui Sakano; Akira Oguri

We present a microscopic Fermi-liquid view on the low-energy transport through an Anderson impurity with N discrete levels, at arbitrary electron filling Nd. It is applied to nonequilibrium current fluctuations, for which the two-quasiparticle collision integral and the three-body correlations that determine the quasiparticle energy shift play important roles. Using the numerical renormalization group up to N=6, we find that for strong interactions the three-body fluctuations are determined by a single parameter other than the Kondo energy scale in a wide filling range 1NdN1. It significantly affects the current noise for N>2 and the behavior of noise in magnetic fields.
更新日期:2020-10-15

 

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