Cosmological viable Mimetic and theories via Noether symmetry
arXiv:1502.00977 · doi:10.1142/S0219887815501017
Abstract
Extended theories of gravity have been investigated from the symmetry point of view. We briefly has been investigated Noether symmetry of two types of extended theories: theory, in which curvature is coupled non minimally to the trace of energy momentum tensor and mimetic gravity, a theory with a scalar field degree of freedom, but ghost-free and with internal conformal symmetry. In both cases we write point -like Lagrangian for flat Friedmann-Lemaitre-Robertson-Walker (FLRW) cosmological background in the presence of ordinary matter. We have been shown that some classes of models existed with Noether symmetry in these viable extensions of gravity. As a motivated idea, we have been investigating the stability of the solutions and the bouncing and CDM models using the Noether symmetries. We have been shown that in mimetic gravity bouncing and CDM solutions are possible. Also a class of solutions with future singularities has been investigated.
Accepted in "International Journal of Geometric Methods in Modern Physics",22 pages,no figure
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