Exact diagonalization of Heisenberg and AKLT chains using the full symmetry
arXiv:1706.05009 · doi:10.1103/PhysRevB.96.115159
Abstract
We present a method for the exact diagonalization of the Heisenberg interaction Hamiltonian, using Young tableaux to work directly in each irreducible representation of the global group. This generalized scheme is applicable to chains consisting of several particles per site, with any symmetry at each site. Extending some of the key results of substitutional analysis, we demonstrate how basis states can be efficiently constructed for the relevant subsector, which, especially with increasing values of or numbers of sites, has a much smaller dimension than the full Hilbert space. This allows us to analyze systems of larger sizes than can be handled by existing techniques. We apply this method to investigate the presence of edge states in Heisenberg and AKLT Hamiltonians.
arXiv comment14 pages, 5 figures
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