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Monte Carlo algorithm for strongly interacting non-equilibrium quantum systems in nanoelectronics

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Academic year: 2021

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Figure 1: A two-terminal Anderson impurity model under a voltage bias V b
Figure 1.3: Scanning electron microscope top view of a 2DEG quantum dot.
Figure 1.4: Evolution of the density of states as temperature is lowered in a particle-hole symmetric Anderson impurity model
Figure 1.5: Signature of the Kondo effect in the conductance through a quantum dot. Adapted from Kretinin et al
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