Hartree method
Quick Summary
The Hartree method, also known as the self-consistent field approximation, is a crucial technique in physics for understanding the behavior of electrons in atoms and molecules. Developed by English physicist Douglas R. Hartree, this method simplifies complex quantum mechanical problems by treating each electron as moving independently within an average electric field created by the nucleus and other electrons. This approach allows for the calculation of individual electron wave functions, or orbitals, and forms the basis for understanding atomic structure and chemical bonding. The Hartree-Fock method, a generalization of Hartree's work, is widely used in atomic and molecular calculations.12
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- Vladimir Aleksandrovich Fock
The Hartree-Fock equation, improved by him in 1930, became a basic approximation method for calculations involving multielectron atoms in quantum chemistry. He also introduced the Fock representation (1928) for a quantum oscillator, particularly important in quantum field theory; the Fock space with varying dimensions (1932) to…
Read MoreThe Hartree-Fock equation, improved by him in 1930, became a basic approximation method for calculations involving multielectron atoms in quantum chemistry. He also introduced the Fock representation (1928) for a quantum oscillator, particularly important in quantum field theory; the Fock space with varying dimensions (1932) to…
Read More - Douglas R. Hartree
…Vladimir Fock, is called the Hartree-Fock method and is widely used to describe electrons in atoms, molecules, and solids.
Read More…Vladimir Fock, is called the Hartree-Fock method and is widely used to describe electrons in atoms, molecules, and solids.
Read More