Coexistence of triplet superconductivity and itinerant ferromagnetism
arXiv:0812.2171 · doi:10.1063/1.3149501
Abstract
The triplet superconductivity in and coexists with itinerant ferromagnetism such that in the pressure-temperature phase diagram the whole region occupied by the superconducting state is situated inside a more vast ferromagnetic region. In the same family metal UCoGe the pressure dependent critical lines T_{Curie}(P) and T_{sc}(P) of the ferromagnet and the superconducting phase transitions intersect each other. The two-band multidomain superconducting ferromagnet state arises at temperatures below both of these lines. Here I describe the symmetry and the order parameters of the paramagnet as well of the multidomain ferromagnet superconducting states. The Josephson coupling between two adjacent ferromagnet superconducting domains is discussed.
6 pages, 1 figure, published in the Proceedings of L.D.Landau 100 years Memorial Conference