Abstract
The Kondo lattice model is one of the canonical models used to study impurity effects in strongly correlated electron systems and has been the subject of intense study for many years. The Kondo lattice model describes the interaction between a band of conduction electrons (c-electrons) and a lattice of localized magnetic moments, e.g. f-electrons. Hereafter, the ground state phases of the one-dimensional Kondo lattice are reviewed focusing on the antiferromagnetic coupling regime.
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