Duality, Criticality, Anomaly, and Topology in Quantum Spin-1 Chains
arXiv:2203.15791 · doi:10.1103/PhysRevB.107.125158
Abstract
In quantum spin-1 chains, there is a nonlocal unitary transformation known as the Kennedy-Tasaki transformation , which defines a duality between the Haldane phase and the symmetry-breaking phase. In this paper, we find that also defines a duality between a topological Ising critical phase and a trivial Ising critical phase, which provides a "hidden symmetry breaking" interpretation for the topological criticality. Moreover, since the duality relates different phases of matter, we argue that a model with self-duality (i.e., invariant under ) is natural to be at a critical or multicritical point. We study concrete examples to demonstrate this argument. In particular, when is the Hamiltonian of the spin-1 antiferromagnetic Heisenberg chain, we prove that the self-dual model is exactly equivalent to a gapless spin- XY chain, which also implies an emergent quantum anomaly. On the other hand, we show that the topological and trivial Ising criticalities that are dual to each other meet at a multicritical point which is indeed self-dual.
arXiv comment16 pages, 10 figures
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