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Ising superconductivity has been recently discovered in 2D transition metaldichalcogenides. We report that such superconductors have unusual opticalproperties controlled by the in-plane Zeeman field. First, we find severaloptical gaps visible as peaks of the conductivity and the Raman susceptibility.Moreover, we find that the Ising spin splitting in the spectrum of Bogolubovquasiparticles enables strong population inversion generated by thetime-dependent Zeeman field. Ultimately this leads to the possibility of thesuperconducting laser with magnonic pumping which can be realized in the vander Waals structures consisting of the Ising superconductor and theferromagnetic insulator layers.

Multiple optical gaps and laser with magnonic pumping in 2D Ising superconductors