The spectrochemical series orders ligands based on the degree to which they split energy levels of these functions.
In spin-charge separation, electrons split into three quasiparticles: spinons, holons, and a particle carrying information about this function. The RoothaanHall equation extends one method of calculating these to the case of a non-orthonormal basis, and a theorem that states that the first ionization energy is equal to the energy of one of these is named for Koopman. The spectrochemical series orders ligands based on the degree to which they split energy levels of these functions. A common method for finding them involves approximating the wavefunction as a single Slater determinant and using the variational method; that is the HartreeFock method. Atomic ones have shapes that are entirely given by the quantum numbers, and s ones are spherical. For 10 points, name these regions where electrons are likely to be found around a molecule or atom.
In spin-charge separation, electrons split into three quasiparticles: spinons, holons, and a particle carrying information about this function.
(molecular or atomic) orbitals [accept specific types; accept orbitons on the first clue; prompt on "wave function"]