Differential forms and k-Minkowski spacetime from extended twist
arXiv:1211.6612 · doi:10.1140/epjc/s10052-013-2472-0
Abstract
We analyze bicovariant differential calculus on -Minkowski spacetime. It is shown that corresponding Lorentz generators and noncommutative coordinates compatible with bicovariant calculus cannot be realized in terms of commutative coordinates and momenta. Furthermore, -Minkowski space and NC forms are constructed by twist related to a bicrossproduct basis. It is pointed out that the consistency condition is not satisfied. We present the construction of -deformed coordinates and forms (super-Heisenberg algebra) using extended twist. It is compatible with bicovariant differential calculus with -deformed -Hopf algebra. The extended twist leading to -Poincaré-Hopf algebra is also discussed.
15 pages, minor typos corrected to match the published version
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Cited by in corpus (14)
- On the -Dirac Oscillator revisited
- Toward the classification of differential calculi on -Minkowski space and related field theories
- K-Poincare-Hopf algebra and Hopf algebroid structure of phase space from twist
- Twists, realizations and Hopf algebroid structure of kappa-deformed phase space
- -Deformed Phase Space, Hopf Algebroid and Twisting
- The 2D -Dirac oscillator
- Realizations of -Minkowski space, Drinfeld twists and related symmetry algebras
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- Universal -Poincaré covariant differential calculus over -Minkowski space
- Effects of quantum deformation on the integer quantum Hall effect
- Accelerated horizons and Planck-scale kinematics
- Central tetrads and quantum spacetimes
- Realization of bicovariant differential calculus on the Lie algebra type noncommutative spaces
- Dirac Operators on Noncommutative Curved Spacetimes