Abstract
This Special Issue is devoted to recent advances in the field of correlated electron materials, as studied within the Collaborative Research Center/Transregio 80. In such systems, unlike in ordinary metals or semiconductors, the Coulomb interaction plays an important and often a decisive role. As a consequence, correlated systems display a rich variety of quantum-mechanically entangled insulating, metallic, magnetic, or superconducting states. In eight reviews and twelve research articles, the routes from correlations to topology and from the bulk to surfaces and interfaces are explored. For further details see the Guest Editorial (article number 2200125) by Ulrich Eckern and Philipp Gegenwart.
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