Magnetic Properties of a Superconductor with no Inversion Symmetry
arXiv:cond-mat/0502477 · doi:10.1007/s10909-005-6012-7
Abstract
We study the magnetic properties of a superconductor in a crystal without symmetry, in particular how the lack of this symmetry exhibits itself. We show that, though the penetration depth itself shows no such effect, for suitable orientation of magnetic field, there is a magnetic field discontinuity at the interface which shows this absence of symmetry. The magnetic field profile of a vortex in the plane is shown to be identical to that of an ordinary anisotropic superconductor except for a shift in the direction by (see errata). For a vortex along , there is an induced magnetization along the radial direction.
J. Low Temp. Physics, 140, 67 (2005); with Errata
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