inding Chiral Superconductivity’s Fingerprint (IMAGE)

University of Tennessee at Knoxville

inding Chiral Superconductivity’s Fingerprint

Caption

The center of each image (a) and (b) shows a substitutional silicon defect. The pronounced dark spot at the center of panels (a) and (c), indicated by blue arrows, is a key signature of a chiral superconducting order parameter.
The top two panels are experimental data; the lower two panels are theoretical simulations.
DOI: https://doi.org/10.1103/jmmf-mpr8

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University of Tennessee

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