Circularly polarized light can Floquet-flatten the surface bands of a 3D topological insulator and, with a nearby gate, induce chiral p-wave superconductivity from purely repulsive Coulomb interactions with Tc up to about 7 K.
Tasaki, Progress of Theoretical Physics99, 489 (1998)
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Flat-band formation and chiral superconductivity in driven topological insulators
Circularly polarized light can Floquet-flatten the surface bands of a 3D topological insulator and, with a nearby gate, induce chiral p-wave superconductivity from purely repulsive Coulomb interactions with Tc up to about 7 K.