Quantum Chemical Treatment of Strong Electron Correlations

Foundations of Physics 30 (12):2049-2060 (2000)
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Abstract

We discuss the problem of treating strongly correlated electrons by quantum chemical methods. It is shown how an incremental computational scheme for the ground-state energy can be related to a generalization of Faddeev's equations. We also discuss the application of the local increment method to lithium metal by the study of a Li8 cluster

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