Density function theory, methods and applications Syllabus

HomeSyllabus Lectures Readings
  1. The introduction of many-electron systems
  2. Hartree’s Approximation
  3. Hartree–Fock method
  4. Configuration Interaction
  5. Thomas–Fermi model (+Generalized)
  6. Hohenberg–Kohn theorems
  7. Kohn–Sham equations
  8. LSDA (local spin density approximation), GGA (generalized gradient approximation), LSDA + U
  9. Time dependent Density Functional Theory
  10. DFT Application
  11. Weaknesses and strengths of DFT
  12. Beyond DFT
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