Dark Matter-Dark Energy Interaction and the Shape of Cosmic Voids
  Interaction between dark matter and dark energy as one of not completely
solved problems in cosmology has been studied extensively. This interaction
affects the cosmic structures. In this regard, the shape of cosmic voids can be
influenced by the dark matter and dark energy interaction. Here, employing the
dynamical dark energy model constrained by the observational data, we study the
effects of this interaction on the ellipticity of cosmic voids. To this aim, we
apply the linear growth of density perturbation in the presence of interaction.
The probability density distribution for the ellipticity of cosmic voids has
been investigated. The results confirm that the ellipticity of cosmic voids
increases when the dark matter and dark energy interaction is considered.
