Dynamical symmetries in Kondo tunneling through complex quantum dots.

@article{Kuzmenko2002DynamicalSI,
  title={Dynamical symmetries in Kondo tunneling through complex quantum dots.},
  author={T. Kuzmenko and K. Kikoin and Y. Avishai},
  journal={Physical review letters},
  year={2002},
  volume={89 15},
  pages={
          156602
        }
}
Kondo tunneling reveals hidden SO(n) dynamical symmetries of evenly occupied quantum dots. As is exemplified for an experimentally realizable triple quantum dot in parallel geometry, the possible values n=3,4,5,7 can be easily tuned by gate voltages. Following construction of the corresponding o(n) algebras, scaling equations are derived and Kondo temperatures are calculated. The symmetry group for a magnetic field induced anisotropic Kondo tunneling is SU(2) or SO(4). 

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