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Quantum Hall Charge Kondo Criticality
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Quantum Hall Charge Kondo Criticality
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The long-thought charge Kondo effects have recently been experimentally realized in the quantum Hall regime. This experiment, supported by numerics, exemplifies the realization of two-channel Kondo state, a non-Fermi Liquid, and its crossover to the one-channel counterpart, a Fermi liquid. Scaling up such a platform, we find a hierarchy of non-Fermi Liquids and their tunable crossovers based on a renormalization group analysis. Utilizing results from a conformal field theory, we further examine the universal conductances of this strongly correlated system and their finite temperature scaling, which elucidate the sharp distinctions between charge and spin Kondo physics.
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Monte-Carlo solution of the Kondo model
The NKSOS discrete model exactly matches multichannel Kondo and is efficiently Monte-Carlo simulated without critical slowing down, unifying weak- and strong-coupling crossovers and transport.
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