Unified Model of k-Inflation, Dark Matter & Dark Energy
arXiv:0907.2330 · doi:10.1103/PhysRevD.80.103508
Abstract
We present a \textit{k}-essence model where a single scalar field is responsible for the early expansion of the universe through the process of \textit{k}-inflation and at appropriate subsequent stages acts both as dark matter and dark energy. The Lagrangian contains a potential for the scalar field as well as a non-canonical kinetic term, and is of the form which has been widely used as a \textit{k}-essence Lagrangian. After the period of inflation is over the model can be approximated as purely kinetic \textit{k}-essence, generating dark matter and dark energy at late times. We show how observational results are used to put constraints on the parameters of this model.
7 pages, Revtex; references added, minor changes made to match with version published in Phys. Rev. D
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