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FeSe is an intriguing iron-based superconductor. It presents an unusualnematic state without magnetism and can be tuned to increase the criticalsuperconducting temperature. Recently it has been observed a noteworthyanisotropy of the superconducting gaps. Its explanation is intimately relatedto the understanding of the nematic transition itself. Here we show that thespin-nematic scenario driven by orbital-selective spin-fluctuations provides asimple scheme to understand both phenomena. The pairing mediated by anisotropicspin modes is not only orbital selective but also nematic, leading to strongerpair scattering across the hole and $X$ electron pocket. The delicate balancebetween orbital ordering and nematic pairing points also to a marked $k_z$dependence of the hole-gap anisotropy.

Nematic Pairing from Orbital Selective Spin Fluctuations in FeSe