Perfect Fluid Spherically-Symmetric Solutions in Massive Gravity
Y. Brihaye, Y. Verbin
TL;DR
This paper investigates spherically symmetric solutions in massive gravity with matter sources obeying a polytropic equation of state, focusing on the non-perturbative regime where non-linearities are significant.
Contribution
It provides a detailed analysis of non-perturbative spherically symmetric solutions in massive gravity with polytropic matter sources, highlighting their main features.
Findings
Characterization of solutions in the non-perturbative regime
Identification of key features of these solutions
Insights into the effects of non-linearities in massive gravity
Abstract
We study spherically-symmetric solutions in Massive Gravity generated by matter sources with polytropic equation of state. We concentrate in the non-perturbative regime where the mass term non-linearities are important, and present the main features of the solutions.
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