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Alloy disorder can affect ferromagnetism and metal insulator transitions of correlated lattice fermion systems in subtle and often unexpected ways. Solving the Hubbard model and the periodic Anderson model within dynamical mean-field theory we show that alloy disorder can increase the Curie temperature of a non-disordered system, and also yields novel Mott or Kondo insulators at fractional electronic densities.

Ferromagnetism and Metal-Insulator Transitions in Correlated Electron Systems with Alloy Disorder