Using controlled disorder to probe the interplay between charge order and superconductivity in NbSe2
arXiv:1710.04297 · doi:10.1038/s41467-018-05153-0
Abstract
The interplay between superconductivity and charge density waves (CDW) in -NbSe2 is not fully understood despite decades of study. Artificially introduced disorder can tip the delicate balance between two competing forms of long-range order, and reveal the underlying interactions that give rise to them. Here we introduce disorders by electron irradiation and measure in-plane resistivity, Hall resistivity, X-ray scattering, and London penetration depth. With increasing disorder, varies nonmonotonically, whereas monotonically decreases and becomes unresolvable above a critical irradiation dose where drops sharply. Our results imply that CDW order initially competes with superconductivity, but eventually assists it. We argue that at the transition where the long-range CDW order disappears, the cooperation with superconductivity is dramatically suppressed. X-ray scattering and Hall resistivity measurements reveal that the short-range CDW survives above the transition. Superconductivity persists to much higher dose levels, consistent with fully gapped superconductivity and moderate interband pairing.
additional experiments (x-ray and Hall effect studies) were performed compared to v1
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