String order and hidden topological symmetry in the SO(2n+1) symmetric matrix product states
arXiv:0804.1685 · doi:10.1088/1751-8113/41/41/415201
Abstract
We have introduced a class of exactly soluble Hamiltonian with either SO(2n+1) or SU(2) symmetry, whose ground states are the SO(2n+1) symmetric matrix product states. The hidden topological order in these states can be fully identified and characterized by a set of nonlocal string order parameters. The Hamiltonian possesses a hidden topological symmetry. The breaking of this hidden symmetry leads to degenerate ground states with disentangled edge states in an open chain system. Such matrix product states can be regarded as cluster states, applicable to measurement-based quantum computation.
arXiv comment5 pages, 1 figure
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