New types of topological superconductors under local magnetic symmetries
arXiv:1911.03665 · doi:10.1093/nsr/nwaa169
Abstract
We classify gapped topological superconducting (TSC) phases of one-dimensional quantum wires with local magnetic symmetries (LMSs), in which the time-reversal symmetry is broken but its combinations with certain crystalline symmetry such as , , , and are preserved. Our results demonstrate that an equivalent BDI class TSC can be realized in the or superconducting wire, which is characterized by a chiral invariant. More interestingly, we also find two types of totally new TSC phases in the , and superconducing wires, which are beyond the known AZ class, and are characterized by a helical invariant and invariants, respectively. In the TSC phase, -pairs of MZMs are protected at each end. In the case, the MZMs can be either chiral or helical, and even helical-chiral coexisting. The minimal models preserving or symmetry are presented to illustrate their novel TSC properties and MZMs.
arXiv comment5 pages, 3 figures
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