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4: Pictorial representation of the lowest energy odd parity standing wave and equivalent tight-binding N + 1 ring at the right.

4: Pictorial representation of the lowest energy odd parity standing wave and equivalent tight-binding N + 1 ring at the right.

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Figure 2.4: Pictorial representation of the lowest energy odd parity...
Figure 3.3: Energy levels of the Kitaev Hamiltonian in (3.10) as a...
Figure 3.14: Band structure of the " even " tight-binding lattice...
Figure 3.9: Tight-binding lattices correspondent to the three-sites...
+2 Figure 3.10: Tight-binding lattices correspondent to the N = 3, N = 4...
Notes on the Kitaev \leftrightarrow Tight-binding correspondence
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  • Jul 2017
In this project, we study the properties of a non-trivial topological system which exhibits localized edge states. In our study, we adress the Kitaev chain, a one-dimensional chain of atoms deposited on top of a p-wave superconductor that induces superconductivity in the chain by proximity effect. We establish a correspondence between the Kitaev ch...
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