Density Functional Theory II

  • Relativistic and Time Dependent Extensions
    • Relativistic Density Functional Theory
      • Introduction
      • Field Theoretical Background
      • Foundations
      • Explicit Relativistic Exchange-Correlation Functionals
      • Relativistic DFT Results for Atoms
      • Appendices
        • A – Relevant Aspects of Vacuum QED
        • B – Relativistic Homogeneous Electron Gas**
    • Density Functional Theory of Time-Dependent Phenomena
    • Generalized Functional Theory of Interacting Coupled Liouvillean Quantum Fields of Condensed Matter
  • Density Functional Theory of Time-Dependent Phenomena
    • introduction
    • Basic formalism for Electrons in Time-Dependent Electronic Fields
      • One-to-One Mapping Between Time-Dependent Potentials and Time-Dependent Densities***
      • Stationary-Action Principle
      • Time-Dependent Kohn-Sham Scheme***
      • Motion of the Nuclei
        • Quantum Mechanical Treatment of Nuclear Motion
        • Classical Treatment of Nuclear Motion
      • Electrons in Time-Dependent Electromagnetic Fields
        • Coupling to Spin
        • Coupling to Orbital Currents**
      • Perturbative Regime, Basic Equations
        • Time-Dependent Linear Density Response
        • Time-Dependent Higher-Order Response
      • The Time-Dependent Exchange-Correlation Potential: Rigorous Properties and Approximate Functionals
        • Approximations Based on the Homogeneous Electron Gas
      • Applications Within the Perturbative Regime
      • Applications Beyond the Perturbative Regime: Atoms in Strong femto-second Laser Pulses