Exactly solvable wormhole and cosmological models with a barotropic equation of state

Abstract

An exact solution of the Einstein field equations given the barotropic equation of state $p=\omega \rho$ yields two possible models: (1) if $\omega <-1$, we obtain the most general possible anisotropic model for wormholes supported by phantom energy and (2) if $\omega >0$, we obtain a model for galactic rotation curves. Here the equation of state represents a perfect fluid which may include dark matter. These results illustrate the power and usefulness of exact solutions.

Published by Acta Physica Polonica B with the title "Exactly solvable wormhole and cosmological models with a barotropic equation of state."

Cited by in corpus (3)

• Phantom fluid wormhole in $f(R,T)$ gravity
• Collapsing Wormholes Sustained by Dustlike Matter
• Phase space of static wormholes sustained by an isotropic perfect fluid