Evidence for magnetic-field-induced decoupling of superconducting bilayers in LaCaCuO
arXiv:1801.02643 · doi:10.1103/PhysRevB.97.134520
Abstract
We report a study of magnetic susceptibility and electrical resistivity as a function of temperature and magnetic field in superconducting crystals of LaCaCuO with and 0.15 and transition temperature K (determined from the susceptibility). When an external magnetic field is applied perpendicular to the CuO bilayers, the resistive superconducting transition measured with currents flowing perpendicular to the bilayers is substantially lower than that found with currents flowing parallel to the bilayers. Intriguingly, this anisotropic behavior is quite similar to that observed for the magnetic irreversibility points with the field applied either perpendicular or parallel to the bilayers. We discuss the results in the context of other studies that have found evidence for the decoupling of superconducting layers induced by a perpendicular magnetic field.
8 pages, 5 figures; version accepted for publication in PRB
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- The Physics of Pair Density Waves
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- Pair Density Waves in Superconducting Vortex Halos
- Microscopic mechanism for fluctuating pair density wave
- Exact solution for finite center-of-mass momentum Cooper pairing
- The nature of the phase transition in the cuprates as revealed by a magnetic field free stiffness meter
- Gapless spin excitations in superconducting LaCaCuO with up to 55 K
- Electronic structure of topological defects in the pair density wave superconductor
- Observation of Subharmonic Charge-Density-Wave Correlations in La-Based Cuprates