It is well known that the allowed wavefunctions for an N-electron system should be antisymmetric with respect to the permutation of any pair of electron labels. On the other hand, the Hamiltonian for such a system is invariant under any permutation of electron labels and, consequently, its eigenfunctions are the basis for the irreducible representations of the symmetric group S N. Here, we investigate which symmetry species of the S N group are compatible with the antisymmetry principle. We illustrate the conclusions by means of simple N-particle one-dimensional models with harmonic interactions.Fil: Fernández, Francisco Marcelo. Consejo Nacional de Investigaciones Científicas y Técnicas. Centro Científico Tecnológico Conicet - La Plata. In...
We describe the implications of permutation symmetry for the state space and dynamics of quantum mec...
Abstract: We discuss symmetry properties of a quantum system comprised of four identical atoms in di...
Symmetry concerns all aspects of a physical system from the electronic orbitals to structural and ma...
It is well known that the allowed wavefunctions for an N-electron system should be antisymmetric wit...
In this article, we analyze a recently proposed approach for the construction of antisymmetric funct...
The symmetry properties of the N-particle multilevel system are studied. For indistinguishable parti...
The symmetry of a nonrelativistic system is indistinguishable, whether geometric, or a symmetry of p...
Every molecule possesses symmetry and hence has symmetry operations and symmetry elements. From symm...
AbstractSymmetry is used to define alternative categorizations to which real atomic and molecular sy...
VB and molecular orbital (MO) models are normally distinguished by the fact the first looks at molec...
We show that a system of four particles in a one-dimensional box with a two-particle harmonic intera...
We study a quantum-mechanical system of three particles in a one-dimensional box with two-particle h...
Abstract--Symmetry is used to define alternative categorizations to which real atomic and molec-ular...
We show the important role of the anticommuting algebra in quantum chemistry. We use the properties ...
The properties of a physical system are determined by its equation of motion, and every such equatio...
We describe the implications of permutation symmetry for the state space and dynamics of quantum mec...
Abstract: We discuss symmetry properties of a quantum system comprised of four identical atoms in di...
Symmetry concerns all aspects of a physical system from the electronic orbitals to structural and ma...
It is well known that the allowed wavefunctions for an N-electron system should be antisymmetric wit...
In this article, we analyze a recently proposed approach for the construction of antisymmetric funct...
The symmetry properties of the N-particle multilevel system are studied. For indistinguishable parti...
The symmetry of a nonrelativistic system is indistinguishable, whether geometric, or a symmetry of p...
Every molecule possesses symmetry and hence has symmetry operations and symmetry elements. From symm...
AbstractSymmetry is used to define alternative categorizations to which real atomic and molecular sy...
VB and molecular orbital (MO) models are normally distinguished by the fact the first looks at molec...
We show that a system of four particles in a one-dimensional box with a two-particle harmonic intera...
We study a quantum-mechanical system of three particles in a one-dimensional box with two-particle h...
Abstract--Symmetry is used to define alternative categorizations to which real atomic and molec-ular...
We show the important role of the anticommuting algebra in quantum chemistry. We use the properties ...
The properties of a physical system are determined by its equation of motion, and every such equatio...
We describe the implications of permutation symmetry for the state space and dynamics of quantum mec...
Abstract: We discuss symmetry properties of a quantum system comprised of four identical atoms in di...
Symmetry concerns all aspects of a physical system from the electronic orbitals to structural and ma...