paper

Conformal bridge between asymptotic freedom and confinement

arXiv:1912.11752 · doi:10.1103/PhysRevD.101.105019

Abstract

We construct a nonunitary transformation that relates a given "asymptotically free" conformal quantum mechanical system with its confined, harmonically trapped version . In our construction, Jordan states corresponding to the zero eigenvalue of , as well as its eigenstates and Gaussian packets are mapped into the eigenstates, coherent states and squeezed states of , respectively. The transformation is an automorphism of the conformal algebra of the nature of the fourth-order root of the identity transformation, to which a complex canonical transformation corresponds on the classical level being the fourth-order root of the spatial reflection. We investigate the one- and two-dimensional examples that reveal, in particular, a curious relation between the two-dimensional free particle and the Landau problem.

arXiv comment25 pages, comments and refs added, title slightly modified by the Editor of PRD

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