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Integrable higher-dimensional cosmology with separable variables in an Einstein-dilaton-antisymmetric field theory

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We consider a $D$-dimensional cosmological model with a dilaton field and two ($D\ensuremath{-}d\ensuremath{-}1$)-form field strengths which have nonvanishing fluxes in extra dimensions. Exact solutions for the model with a certain… Click to show full abstract

We consider a $D$-dimensional cosmological model with a dilaton field and two ($D\ensuremath{-}d\ensuremath{-}1$)-form field strengths which have nonvanishing fluxes in extra dimensions. Exact solutions for the model with a certain set of couplings are obtained by separation of three variables. Some of the solutions describe accelerating expansion of the $d$-dimensional space. Quantum cosmological aspects of the model are also briefly mentioned.

Keywords: dimensional cosmology; cosmology separable; field; cosmology; integrable higher; higher dimensional

Journal Title: Physical Review D
Year Published: 2018

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