Curved momentum spaces from quantum (Anti-)de Sitter groups in (3+1) dimensions
arXiv:1711.05050 · doi:10.1103/PhysRevD.97.106024
Abstract
Curved momentum spaces associated to the -deformation of the (3+1) de Sitter and Anti-de Sitter algebras are constructed as orbits of suitable actions of the dual Poisson-Lie group associated to the -deformation with non-vanishing cosmological constant. The -de Sitter and -Anti-de Sitter curved momentum spaces are separately analysed, and they turn out to be, respectively, half of the (6+1)-dimensional de Sitter space and half of a space with invariance. Such spaces are made of the momenta associated to spacetime translations and the "hyperbolic" momenta associated to boost transformations. The known -Poincaré curved momentum space is smoothly recovered as the vanishing cosmological constant limit from both of the constructions.
v2: Version accepted for publication on Phys. Rev. D
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