A general approach to noncommutative spaces from Poisson homogeneous spaces: Applications to (A)dS and Poincaré
arXiv:2212.11750 · doi:10.21468/SciPostPhysProc.14.017
Abstract
In this contribution we present a general procedure that allows the construction of noncommutative spaces with quantum group invariance as the quantization of their associated coisotropic Poisson homogeneous spaces coming from a coboundary Lie bialgebra structure. The approach is illustrated by obtaining in an explicit form several noncommutative spaces from (3+1)D (A)dS and Poincaré coisotropic Lie bialgebras. In particular, we review the construction of the -Minkowski and -(A)dS spacetimes in terms of the cosmological constant . Furthermore, we present all noncommutative Minkowski and (A)dS spacetimes that preserved a quantum Lorentz subgroup. Finally, it is also shown that the same setting can be used to construct the three possible 6D -Poincaré spaces of time-like. Some open problems are also addressed.
arXiv comment16 pages. Contribution to the proceedings of the 34th International Colloquium on Group Theoretical Methods in Physics, Strasbourg, France, 18-22 July, 2022
References in corpus (22)
- Quantum -Poincare in Any Dimensions
- New Lie-Algebraic and Quadratic Deformations of Minkowski Space from Twisted Poincare Symmetries
- Poisson structures on the Poincare group
- On the classification of quantum Poincaré groups
- A New Null-Plane Quantum Poincare Algebra
- 4D Quantum Affine Algebras and Space--Time q-Symmetries
- Lie bialgebra contractions and quantum deformations of quasi-orthogonal algebras
- Universal -matrix for non-standard quantum
- Localization and Reference Frames in -Minkowski Spacetime
- The kappa-(A)dS quantum algebra in (3+1) dimensions
- The -(A)dS noncommutative spacetime
- Null-plane Quantum Universal -matrix
- The universal R-matrix for the Jordanian deformation of sl(2), and the contracted forms of so(4)
- Noncommutative spaces of worldlines
- -Deformations and Extended -Minkowski Spacetimes
- Lorentzian Snyder spacetimes and their Galilei and Carroll limits from projective geometry
- New quantum (anti)de Sitter algebras and discrete symmetries
- Canonical and Lie-algebraic twist deformations of -Poincare and contractions to -Galilei algebras
- Cayley-Klein Lie bialgebras: Noncommutative spaces, Drinfel'd doubles and kinematical applications
- The Poincaré group as a Drinfel'd double
- Coisotropic Lie bialgebras and complementary dual Poisson homogeneous spaces
- All noncommutative spaces of -Poincaré geodesics