Late evolution of relic gravitational waves in coupled dark energy models

In this paper we study the late evolution of Relic Gravitational Waves in coupled dark energy models, where dark energy interacts with cold dark matter. Relic Gravitational Waves are second tensorial order perturbations of the Lemaitre–Friedman–Robertson–Walker metric and experiment an evolution ruled by the scale factor of the metric. We find that the amplitude of Relic Gravitational Waves is smaller in coupled dark energy models than in models with non interacting dark energy. We also find that the amplitude of the waves predicted by the models with coupling term proportional to the dark energy density is smaller than those of the models with coupling term proportional to dark matter density.;;PDF = http://www.springerlink.com/

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22 pages, 8 figures, article

Relic gravitational waves
Coupled dark energy
dark energy: coupling
dark energy: interaction
dark energy: density
dark matter: density
gravitational radiation: perturbation

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