Integrability and duality in spin chains
arXiv:1712.09375 · doi:10.1103/PhysRevB.99.075111
Abstract
We construct a new, two-parametric family of integrable models and reveal their underlying duality symmetry. A modular subgroup of this duality is shown to connect non-interacting modes of different systems. We apply the new solution and duality to a Richardson-Gaudin model and generate a novel integrable system termed the - wave Richardson-Gaudin-Kitaev interacting chain, interpolating - and - wave superconductivity. The phase diagram of this model has a topological phase transition that can be connected to the duality, where the occupancy of the non-interacting mode serves as a topological order parameter.
10 pages, 2 figures, typos added, reference added, footnote [58] added on page 2, changed phrasing on YBE, acknowledgements updated
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