Abstract
Abstract Recently, it has been demonstrated that the long-range Coulomb interaction is really important in the low carrier density strongly correlated systems. This is particularly clear in Ce and Yb monopnictides from both the experimental and the theoretical standpoints. As a result, a Wigner crystal liquid enhanced by a weak magnetic polaron can exist at high temperature competing with the Kondo state, but it changes to a strong magnetic polaron lattice through various steps at low temperature. Recent developments are reviewed.
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