Quantisation of a particle moving on a group manifold

preprint1994arXivOpen access

Abstract

The Hilbert space of a free massless particle moving on a group manifold is studied in details using canonical quantisation. While the simplest model is invariant under a global symmetry, G×GG \times G, there is a very natural way to ``factorise" the theory so that only one copy of the global symmetry is preserved. In the case of G=SU(2)G=SU(2), a simple deformation of the quantised theory is proposed to give a realisation of the quantum group, Ut(SL(2))U_t(SL(2)). The symplectic structures of the corresponding classical theory is derived. This can be used, in principle, to obtain a Lagrangian formulation for the Ut(SL(2))U_t(SL(2)) symmetry.

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