Kondo correlations formation and the local magnetic moment dynamics in the Anderson model
N.S. Maslova, P.I. Arseyev, V.N. Mantsevich
TL;DR
This paper studies the time scales and dynamics of Kondo correlation formation in the Anderson model when coupling to a reservoir is suddenly activated, focusing on non-stationary behavior and the emergence of the Kondo effect.
Contribution
It provides new insights into the temporal development of Kondo correlations and local magnetic moments in the Anderson model under non-equilibrium conditions.
Findings
Identification of characteristic time scales for Kondo correlation formation
Analysis of the impact of Kondo effect on non-stationary system properties
Discussion of the dynamics of local magnetic moments
Abstract
We investigated the typical time scales of the Kondo correlations formation for the single-state Anderson model, when coupling to the reservoir is switched on at the initial time moment. The influence of the Kondo effect appearance on the system non-stationary characteristics was analyzed and discussed.
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