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Multiorbital systems such as the iron-based superconductors provide a newavenue to attack the longstanding problem of superconductivity in stronglycorrelated systems. In this work we study the superconductivity driven by ageneric bosonic mechanism in a multiorbital model including the full dynamicalelectronic correlations induced by the Hubbard U and the Hund's coupling. Weshow that superconductivity survives much more in a Hund's metal than in anordinary correlated metal with the same degree of correlation. The crucial roleof the redistribution of spectral weight in the Hund's metal reflects also inthe enhancement of the orbital-selective character of the superconducting gaps,in agreement with experiments in iron-based superconductors.

Synergy between Hund-driven correlations and boson-mediated Superconductivity