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We examine the possibility that the superconductivity in the newly discoveredFeAs materials may be caused by the Coulomb interaction between d-electrons ofthe iron atoms. We find that when the Hund's rule ferromagnetic interaction isstrong enough, the leading pairing instability is in spin-triplet p-wavechannel in the weak coupling limit. The resulting superconducting gap has nodallines on the 3D Fermi surfaces. The k dependent hybridization of severalorbitals around a Fermi pocket is the key for the appearance of thespin-triplet p-wave pairing.

Spin-triplet p-wave pairing in a 3-orbital model for iron pnictide superconductors