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The Interplay of Spin and Charge Channels in Zero Dimensional Systems

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Published Article
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DOI: 10.1103/PhysRevLett.96.066805
arXiv ID: cond-mat/0504751
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arXiv
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Abstract

We present a full fledged quantum mechanical treatment of the interplay between the charge and the spin zero-mode interactions in quantum dots. Quantum fluctuations of the spin-mode suppress the Coulomb blockade and give rise to non-monotonic behavior near this point. They also greatly enhance the dynamic spin susceptibility. Transverse fluctuations become important as one approaches the Stoner instability. The non-perturbative effects of zero-mode interaction are described in terms of charge (U(1)) and spin (SU(2)) gauge bosons.

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