Kaluza--Klein-type models of de Sitter and Poincaré gauge theories of gravity
arXiv:1306.3028 · doi:10.1088/0264-9381/30/14/145004
Abstract
We construct Kaluza--Klein-type models with a de Sitter or Minkowski bundle in the de Sitter or Poincaré gauge theory of gravity, respectively. A manifestly gauge-invariant formalism has been given. The gravitational dynamics is constructed by the geometry of the de Sitter or Minkowski bundle and a global section which plays an important role in the gauge-invariant formalism. Unlike the old Kaluza--Klein-type models of gauge theory of gravity, a suitable cosmological term can be obtained in the Lagrangian of our models and the models in the spin-current-free and torsion-free limit will come back to general relativity with a corresponding cosmological term. We also generalize the results to the case with a variable cosmological term.
21 pages
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- Energy, momentum and angular momentum conservations in de Sitter gravity
- Energy, momentum and angular momentum conservations in de Sitter special relativity
- de Sitter-covariant Hamiltonian formalism of Einstein--Cartan gravity
- Cosmology of a polynomial model for de Sitter gauge theory sourced by a fluid