The first is a sum of kinetic energy operators for each electron, the internuclear repulsion energy, and a sum of nuclear-electronic Coulombic attraction terms.
Newton's method | Monte Carlo method | The Crystal Method | Scholarly method | Vladimir Fock | The Duckworth Lewis Method | New Austrian Tunnelling method | Method acting | Horner's method | Suzuki method | Smart Common Input Method | Powell's method | Method Fest Independent Film Festival | method acting | Java remote method invocation | Jacobi method | Iterative method | Finite element method | Delphi method | Brent's method | X Input Method | scientific method | Sainte-Laguë method | Quantum inverse scattering method | Q9 input method | Method of matched asymptotic expansions | Method Music | Kodály Method | Hardy–Littlewood circle method | Gauss–Seidel method |
Following his doctoral studies, Simon took professorship at Princeton for many years, often working with colleague Elliott H. Lieb on the Thomas-Fermi Theory and Hartree-Fock Theory of atoms in addition to phase transitions and mentoring many of the same students as Lieb.
DIIS was developed by Peter Pulay in the field of computational quantum chemistry with the intent to accelerate and stabilize the convergence of the Hartree–Fock self-consistent field method.
In the summer of 1946 Hartree made his second trip to ENIAC as an evaluation of its applicability to a broad range of science, when he became the first civilian to program it.