Abstract

The physics of interfaces involving complex superconductors is considerably richer and much less explored than the physics of interfaces and surfaces of conventional superconductors. The startling effects shown by such interfaces are directly caused by basic properties of unconventional superconductors, such as their pairing symmetry, or their small carrier densities and coherence lengths. In this contribution, these unusual interface properties are summarized, with a particular emphasis on effects caused by the unconventional order parameter symmetry and by bending of the electronic band structure.

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