Wave Function and Strange Correlator of Short Range Entangled states
arXiv:1312.0626 · doi:10.1103/PhysRevLett.112.247202
Abstract
We demonstrate the following conclusion: If is a or nontrivial short range entangled state, and is a trivial disordered state defined on the same Hilbert space, then the following quantity (so called strange correlator) either saturates to a constant or decays as a power-law in the limit , even though both and are quantum disordered states with short-range correlation. is some local operator in the Hilbert space. This result is obtained based on both field theory analysis, and also an explicit computation of for four different examples: Haldane phase of spin-1 chain, quantum spin Hall insulator with a strong Rashba spin-orbit coupling, spin-2 AKLT state on the square lattice, and the bosonic symmetry protected topological phase with symmetry. This result can be used as a diagnosis for short range entangled states in and . A possible diagnosis for short range entangled states is also proposed.
5 pages, 5 figures
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