“Basis” lie algebra of electronic fock space: Application to evaluation of matrix elements of spin tensor operators

“Basis” lie algebra of electronic fock space: Application to evaluation of matrix elements of spin tensor operators

Source :

• International Journal of Quantum Chemistry [ 0020-7608 ] ; 1985-05.

English descriptors

• KwdEn :
  • Addition operators, Algebra, Algebra structure, Algebraic structure, Arbitrary operator, Arbitrary pair, Arbitrary product, Associative algebra, Atomic spectroscopy, Basis determinant, Basis determinants, Basis elements, Basis operators, Binary operation, Carrier space, Cartan subalgebra, Chem, Creation operators, Creationannihilation operators, Density operators, Determinant, Determinant generator, Different indices, Direct product, Electronic energy matrix elements, Electronic fock space, Elementary quasispin operator, Endc, First examples, Fock, Fock space, Fundamental determinant, Gelfand, Gelfand state, Gelfand states, Genealogical construction, Greater detail, Group representation theory, Highest weights, Immediate consequence, Important properties, Irreducible, Irreducible characters, Lecture notes, Level index, Matrix, Matrix element, Matrix element evaluation problem, Matrix elements, Module, Multiplication rules, Operator algebra, Orbital index, Orbitals, Orthogonal, Orthogonal idempotents, Orthogonal units, Orthonormal basis, Panin, Particular case, Quantum chem, Quantum chemistry, Quasispin, Quasispin subalgebras, Reduction formulas, Scalar product, Simple manipulations, Simple roots, Standard creation operators, Step vector, Subalgebra, Subset, Symmetric groups, Tableau, Tensor, Tensor operators, Unitary group, Unitary group generators, Usual operators, Vector space, Vector space endc.
• Teeft :
  • Addition operators, Algebra, Algebra structure, Algebraic structure, Arbitrary operator, Arbitrary pair, Arbitrary product, Associative algebra, Atomic spectroscopy, Basis determinant, Basis determinants, Basis elements, Basis operators, Binary operation, Carrier space, Cartan subalgebra, Chem, Creation operators, Creationannihilation operators, Density operators, Determinant, Determinant generator, Different indices, Direct product, Electronic energy matrix elements, Electronic fock space, Elementary quasispin operator, Endc, First examples, Fock, Fock space, Fundamental determinant, Gelfand, Gelfand state, Gelfand states, Genealogical construction, Greater detail, Group representation theory, Highest weights, Immediate consequence, Important properties, Irreducible, Irreducible characters, Lecture notes, Level index, Matrix, Matrix element, Matrix element evaluation problem, Matrix elements, Module, Multiplication rules, Operator algebra, Orbital index, Orbitals, Orthogonal, Orthogonal idempotents, Orthogonal units, Orthonormal basis, Panin, Particular case, Quantum chem, Quantum chemistry, Quasispin, Quasispin subalgebras, Reduction formulas, Scalar product, Simple manipulations, Simple roots, Standard creation operators, Step vector, Subalgebra, Subset, Symmetric groups, Tableau, Tensor, Tensor operators, Unitary group, Unitary group generators, Usual operators, Vector space, Vector space endc.

Abstract

• https://api.istex.fr/document/5CDA1D4FE311F4774D0AE04974FD90D2DA289E12/fulltext/pdf

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