Synopsis
Preface. I: Properties of Reduced Density Matrices. 1. RDMs: How Did We Get Here? A.J. Coleman. 2. Some Theorems on Uniqueness and Reconstruction of Higher-Order Density Matrices; M. Rosina. 3. Cumulant Expansions of Reduced Densities, Reduced Density Matrices, and Green's Functions; P. Ziesche. 4. On Calculating Approximate and Exact Density Matrices; R. Erdahl, B. Jin. II: The Contracted Schrödinger Equation. 5. Density Equation Theory in Chemical Physics; H. Nakatsuji. 6. Critical Questions Concerning Iterative Solution of the Contracted Schrödinger Equation; C. Valdemoro, L.M. Tel, E. Perez-Romero 7. Cumulants and the Contracted Schrödinger Equation; D.A. Mazziotti.. III: Density Matrix Functional Theory. 8. Natural Orbital Functional Theory; S. Goedecker, C.J. Umrigar. 9. The Pair Density in Approximate Density Functional Theory: The Hidden Agent; N.T. Maitra, K. Burke. 10. Functional N-representability in Density Matrix and Density Functional Theory: An Illustration for Hooke's Atom; E.V. Ludena, V. Karasiev, A. Artemiev, D. Gomez.. IV: Electron Intracule and Extracule Densities. 11. Intracule and Extracule Densities: Historical Perspectives and Future Prospects; E. Valderrama, J.M. Ugalde, R.J. Boyd. 12. Topology of Electron Correlation; J. Cioslowski. 13. Electron-Pair Densities of Atoms; T. Koga. Index.
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