(Super)Oscillator on CP(N) and Constant Magnetic Field

Abstract

We define the "maximally integrable" isotropic oscillator on CP(N) and discuss its various properties, in particular, the behaviour of the system with respect to a constant magnetic field. We show that the properties of the oscillator on CP(N) qualitatively differ in the N>1 and N=1 cases. In the former case we construct the ``axially symmetric'' system which is locally equivalent to the oscillator. We perform the Kustaanheimo-Stiefel transformation of the oscillator on CP(2) and construct some generalized MIC-Kepler problem. We also define a N=2 superextension of the oscillator on CP(N) and show that for N>1 the inclusion of a constant magnetic field preserves the supersymmetry of the system.

12 pages, one important statement corrected, PACS numbers: 03.65-w, 11.30.Pb

References in corpus (3)

• Effective field theory description of the higher dimensional quantum Hall liquid
• Noncommutative relativistic particle on the electromagnetic background
• The Coulomb-Oscillator Relation on n-Dimensional Spheres and Hyperboloids

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