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Quantum corral effects on competing orders and electronic states in chiral d + id or f-wave superconductors

Self-consistent calculations are performed to characterize the quantum corral effects on the electronic states of chiral d + id or f-wave superconductors in this paper. A variety of spatial structures of competing orders are revealed in the presence of ferromagnetic nano-corrals, and superconducting islands

Authors:   Xian-Jun Zuo
Journal:   Physical Chemistry Chemical Physics
Volume:   20
edition:   10
Pages:   6951
DOI:   10.1039/C7CP08499D
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