A relativistic model of the $N$-dimensional singular oscillator

Abstract

Exactly solvable $N$-dimensional model of the quantum isotropic singular oscillator in the relativistic configurational ${\vec{r}}_N$-space is proposed. It is shown that through the simple substitutions the finite-difference equation for the $N$-dimensional singular oscillator can be reduced to the similar finite-difference equation for the relativistic isotropic three-dimensional singular oscillator. We have found the radial wavefunctions and energy spectrum of the problem and constructed a dynamical symmetry algebra.

8 pages, accepted for publication in J. Phys. A