Non-Equilibrium Transport through a Kondo-Dot in a Magnetic Field: Perturbation Theory and Poor Man's Scaling

Abstract

We consider electron transport through a quantum dot described by the Kondo model in the regime of large transport voltage V in the presence of a magnetic field B with max(V,B) >> T_K. The electric current I and the local magnetization M are found to be universal functions of V/T_K and B/T_K, where T_K is the equilibrium Kondo temperature. We present a generalization of the perturbative renormalization group to frequency dependent coupling functions, as necessitated by the structure of bare perturbation theory. We calculate I and M within a poor man's scaling approach and find excellent agreement with experiment.

version accepted in PRL, notations changed, parts rewritten, figures modified, references and some corrections added

References in corpus (3)

• The Kondo effect in quantum dots at high voltage: Universality and scaling
• On the perturbative expansion of the magnetization in the out-of-equilibrium Kondo model
• Is the quantum dot at large bias a weak-coupling problem?

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