Moving an Fe atom across 225 binding sites on 2H-NbS2 reveals Yu-Shiba-Rusinov energy shifts covering about 70% of the superconducting gap, attributed to local crystal-field modulations from hidden lattice distortions.
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Probing crystal-field modulations with magnetic adatoms on the incipient charge-density-wave superconductor $2H$-NbS$_2$
Moving an Fe atom across 225 binding sites on 2H-NbS2 reveals Yu-Shiba-Rusinov energy shifts covering about 70% of the superconducting gap, attributed to local crystal-field modulations from hidden lattice distortions.