A new family of dimensional superintegrable double singular oscillators and quadratic algebra
arXiv:1504.04910 · doi:10.1088/1751-8113/48/44/445207
Abstract
We introduce a new family of -dimensional quantum superintegrable model consisting of double singular oscillators of type . The special cases and were previously identified as the duals of 3- and 5-dimensional deformed Kepler-Coulomb systems with and monopoles respectively. The models are multiseparable and their wave functions are obtained in double-hyperspherical coordinates. We obtain the integrals of motion and construct the finitely generated polynomial algebra that is the direct sum of a quadratic algebra involving three generators, , (i.e. ). The structure constants of the quadratic algebra themselves involve the Casimir operators of the two Lie algebras and . Moreover, we obtain the finite dimensional unitary representations (unirreps) of the quadratic algebra and present an algebraic derivation of the degenerate energy spectrum of the superintegrable model.
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- Superintegrability and Deformed Oscillator Realizations of Quantum TTW Hamiltonians on Constant-Curvature Manifolds and with Reflections in a Plane
- Generalized MICZ-Kepler systems on three-dimensional sphere and hyperboloid