Perspectives in Electronic Structure Theory

1. Sources
Roman F. Nalewajski

2. Mathematical Apparatus
Roman F. Nalewajski

3. Basic Concepts and Axioms
Roman F. Nalewajski

4. Hydrogen-Like Atom
Roman F. Nalewajski

5. Approximating Molecular Schrödinger Equation
Roman F. Nalewajski

6. Wave Function Methods
Roman F. Nalewajski

7. Density Functional Theory
Roman F. Nalewajski

8. Elements of Information Theory
Roman F. Nalewajski

9. Schrödinger Equations from Information Principles
Roman F. Nalewajski

10. Electron Density as Carrier of Information
Roman F. Nalewajski

11. Bonded Atoms from Information Theory
Roman F. Nalewajski

12. Orbital Communication Theory of the Chemical Bond
Roman F. Nalewajski

13. Alternative Perspectives in Chemical Theories
Roman F. Nalewajski

14. Coupling Between Electronic and Geometrical Structures
Roman F. Nalewajski

15. Qualitative Approaches to Reactivity Phenomena
Roman F. Nalewajski

Keywords: Chemistry, Theoretical and Computational Chemistry, Solid State Physics, Quantum Physics, Atomic/Molecular Structure and Spectra, Quantum Information Technology, Spintronics