Deforming Maps for Lie Group Covariant Creation and Annihilation Operators
arXiv:q-alg/9610005 · doi:10.1063/1.532439
Abstract
Any deformation of a Weyl or Clifford algebra A can be realized through a `deforming map', i.e. a formal change of generators in A. This is true in particular if A is covariant under a Lie algebra g and its deformation is induced by some triangular deformation of the Hopf algebra . We propose a systematic method to construct all the corresponding deforming maps, together with the corresponding realizations of the action of . The method is then generalized and explicitly applied to the case that is the quantum group . A preliminary study of the status of deforming maps at the representation level shows in particular that `deformed' Fock representations induced by a compact can be interpreted as standard `undeformed' Fock representations describing particles with ordinary Bose or Fermi statistics.
Latex file, 26 pages, no figures. Extended changes. Final Version to appear in J. Math. Phys
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