... | @@ -34,5 +34,5 @@ subsetMinEn -0.35 # in eF units, deafault=0.0 |
... | @@ -34,5 +34,5 @@ subsetMinEn -0.35 # in eF units, deafault=0.0 |
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subsetMaxEn 0.35 # in eF units, deafault=0.0
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subsetMaxEn 0.35 # in eF units, deafault=0.0
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subsetShiftDmu 1 # if 1 then apply extra shift of quasiparticle energies by (mu_a-mu_b)/2, default=0
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subsetShiftDmu 1 # if 1 then apply extra shift of quasiparticle energies by (mu_a-mu_b)/2, default=0
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```
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```
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For the unitary Fermi Gas $`\Delta/\varepsilon_{F}=0.5`$, thus as the subset we select only in-gap states, which in this case corresponds to Andreev vortex states. They are localized in the vortex core. It is visualized below: the left half shows $`\Delta(r)/\varepsilon_{F}`$, while the right half shows `subset_rho_a`.
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For the unitary Fermi gas $`\Delta/\varepsilon_{F}=0.5`$, thus as the subset we select only in-gap states, which in this case corresponds to Andreev vortex states. They are localized in the vortex core. It is visualized below: the left half shows $`\Delta(r)/\varepsilon_{F}`$, while the right half shows `subset_rho_a`.
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![subset](uploads/448524d11f75bbd5e63179d7ba7722b9/subset.png) |
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![subset](uploads/448524d11f75bbd5e63179d7ba7722b9/subset.png) |
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