Tunneling spectroscopy of lithium-intercalated TiSe2 reveals a superconducting gap whose closing temperature exceeds the BCS expectation, a symmetric gap in the anomalous metal state, and Little-Parks-like gap oscillations with higher harmonics.
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Superconducting gap and its Little-Parks like oscillations with high-order harmonics in lithium intercalated 1T-TiSe$_2$
Tunneling spectroscopy of lithium-intercalated TiSe2 reveals a superconducting gap whose closing temperature exceeds the BCS expectation, a symmetric gap in the anomalous metal state, and Little-Parks-like gap oscillations with higher harmonics.