doi:10.1088/0305-4470/37/45/012 We establish that by parametrizing the configuration space of a one-dimensional quantum system by polynomial invariants of q-deformed Coxeter groups it is possible to construct exactly solvable models of Calogero type. We adopt the previously introduced notion of solvability which consists of relating the Hamiltonian to finite-dimensional representation spaces of a Lie algebra. We present explicitly the Gq2-case for which we construct the potentials by means of suitable gauge transformations. PACS numbers: 02.20.Sv, 03.65.−w 1
AbstractThe representation theory of symmetric Lie superalgebras and corresponding spherical functio...
This article is part of the special issue published in honour of Francesco Calogero on the occasion ...
Abstract: Several Clifford algebras that are covariant under the action of a Lie algebra $g$ can be ...
We establish that by parametrizing the configuration space of a one-dimensional quantum system by po...
We construct a quantum mechanical model of the Calogero type for the icosahedral group as the struct...
A complete set of commuting observables for the Calogero-Gaudin system is diagonalized, and the expl...
The issues related to the integrability of quantum Calogero-Moser models based on any root systems a...
A brief and incomplete review of known integrable and (quasi)-exactly-solvable quantum models with r...
The Hamiltonian of the \(N\)-particle Calogero model can be expressed in terms of generators of a Li...
Abstract: We develop a constructive method to derive exactly solvable quantum mechanical models of r...
Translationally invariant symmetric polynomials as coordinates for n-body problems with identical pa...
Various examples of exactly solvable ‘discrete’ quantum mechanics are explored explicitly with empha...
It is shown that the Calogero-Moser models based on all root systems of the finite reflection groups...
We apply a recently introduced reduction procedure based on the embedding of non-crystallographic Co...
We apply a recently introduced reduction procedure based on the embedding of non-crystallographic Co...
AbstractThe representation theory of symmetric Lie superalgebras and corresponding spherical functio...
This article is part of the special issue published in honour of Francesco Calogero on the occasion ...
Abstract: Several Clifford algebras that are covariant under the action of a Lie algebra $g$ can be ...
We establish that by parametrizing the configuration space of a one-dimensional quantum system by po...
We construct a quantum mechanical model of the Calogero type for the icosahedral group as the struct...
A complete set of commuting observables for the Calogero-Gaudin system is diagonalized, and the expl...
The issues related to the integrability of quantum Calogero-Moser models based on any root systems a...
A brief and incomplete review of known integrable and (quasi)-exactly-solvable quantum models with r...
The Hamiltonian of the \(N\)-particle Calogero model can be expressed in terms of generators of a Li...
Abstract: We develop a constructive method to derive exactly solvable quantum mechanical models of r...
Translationally invariant symmetric polynomials as coordinates for n-body problems with identical pa...
Various examples of exactly solvable ‘discrete’ quantum mechanics are explored explicitly with empha...
It is shown that the Calogero-Moser models based on all root systems of the finite reflection groups...
We apply a recently introduced reduction procedure based on the embedding of non-crystallographic Co...
We apply a recently introduced reduction procedure based on the embedding of non-crystallographic Co...
AbstractThe representation theory of symmetric Lie superalgebras and corresponding spherical functio...
This article is part of the special issue published in honour of Francesco Calogero on the occasion ...
Abstract: Several Clifford algebras that are covariant under the action of a Lie algebra $g$ can be ...