Protected edge states in silicene antidots and dots in magnetic field
Silicene systems, due to the buckled structure of the lattice, manifest remarkable intrinsic spin-orbit interaction triggering a topological phase transition in the low-energy regime. Thus, we found that protected edge states are present in silicene antidots and dots, being polarized in valley-spin...
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| description | Silicene systems, due to the buckled structure of the lattice, manifest remarkable intrinsic spin-orbit interaction triggering a topological phase transition in the low-energy regime. Thus, we found that protected edge states are present in silicene antidots and dots, being polarized in valley-spin pairs. We have also studied the effect of the lattice termination on the properties of the single electron energy levels and electron density distribution of silicene antidots and dots situated in a perpendicular magnetic field. Our calculations confirmed that the topological edge states are propagating over the perimeter of the antidot/dot for both ideal or realistic edge termination containing roughness on the atomic length scale. The valley polarization and the slope of the energy line as a function of the magnetic field is, however, reduced when the antidot or dot has a rough edge. |
| doi_str_mv | 10.48550/arxiv.1412.6972 |
| format | Article |
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| subjects | Antidots Density distribution Electron density Electron energy Electrons Energy levels Magnetic fields Phase transitions Physics - Mesoscale and Nanoscale Physics Silicene Single electrons Spin-orbit interactions Topology |
| title | Protected edge states in silicene antidots and dots in magnetic field |
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