Unconventional superconductivity in non-centrosymmetric materials

We briefly review the present status of our phenomenological study of superconductivity in non-centrosymmetric materials, with a strong focus on CePt3Si. The Anderson theorems are examined in the context of antisymmetric spin-orbit coupling. Then the behavior of superconductivity in high magnetic fi...

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Main Authors: Sigrist, M, Agterberg, D F, Frigeri, P A, Hayashi, N, Kaur, R P, Koga, A, Milat, I, Wakabayashi, K
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Agterberg, D F
Frigeri, P A
Hayashi, N
Kaur, R P
Koga, A
Milat, I
Wakabayashi, K
description We briefly review the present status of our phenomenological study of superconductivity in non-centrosymmetric materials, with a strong focus on CePt3Si. The Anderson theorems are examined in the context of antisymmetric spin-orbit coupling. Then the behavior of superconductivity in high magnetic fields is discussed in particular in view of paramagnetic limiting and the presence of a so-called helical phase. Finally, various experimental data are discussed in order to identify the pairing symmetry as a parity-mixed 's-wave' phase.
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title Unconventional superconductivity in non-centrosymmetric materials
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