KnowraHartree–Fock methodLinked fromLinked fromThe 18 pages that link to Hartree–Fock method, each with the reason it gives.All 18Broader topic 1Related 9Narrower topic 2Compared with 6Relativistic quantum chemistryRelated: Relativistic Hartree–Fock calculations provide orbitals and reference states for molecular predictions.Quantum chemistryRelated: It supplies a central mean-field starting point for molecular calculations.Computational chemistryRelated: It provides a foundational approximation for many electronic-structure calculations.Electron densityRelated: Its occupied orbitals produce an approximate electron density for a molecule.Slater determinantRelated: Its central approximation represents the many-electron state by one optimized determinant.Atomic unitsRelated: Its electronic energies and equations are commonly expressed in atomic units.Theoretical chemistryRelated: It provides a tractable starting point for calculating molecular electronic structure.Douglas HartreeRelated: It extends Hartree’s self-consistent calculation by enforcing electron exchange through antisymmetry.John PopleRelated: Pople developed practical implementations of this foundational approximation for molecular calculations.