Quantum Spacetime: a Disambiguation
arXiv:1004.5261 · doi:10.3842/SIGMA.2010.073
Abstract
We review an approach to non-commutative geometry, where models are constructed by quantisation of the coordinates. In particular we focus on the full DFR model and its irreducible components; the (arbitrary) restriction to a particular irreducible component is often referred to as the "canonical quantum spacetime". The aim is to distinguish and compare the approaches under various points of view, including motivations, prescriptions for quantisation, the choice of mathematical objects and concepts, approaches to dynamics and to covariance.
special issue of SIGMA "Noncommutative Spaces and Fields"
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Cited by in corpus (12)
- Physically motivated uncertainty relations at the Planck length for an emergent non commutative spacetime
- A fully covariant information-theoretic ultraviolet cutoff for scalar fields in expanding FRW spacetimes
- Beyond the Standard Model with noncommutative geometry, strolling towards quantum gravity
- Length and distance on a quantum space
- Propagators and Matrix Basis on Noncommutative Minkowski Space
- Poincaré Covariant k-Minkowski Spacetime
- A proposal for Heisenberg uncertainty principle and STUR for curved backgrounds: an application to white dwarf, neutron stars and black holes
- Covariant Fields of C*-Algebras under Rieffel Deformation
- Noncommutative geometry of the Moyal plane: translation isometries, Connes' distance on coherent states, Pythagoras equality
- Deformations of the Canonical Commutation Relations and Metric Structures
- The DFR-Algebra for Poisson Vector Bundles
- Wick rotation for quantum field theories on degenerate Moyal space(-time)