Spherically symmetric static vacuum solutions in Mimetic gravity
Ratbay Myrzakulov, Lorenzo Sebastiani
TL;DR
This paper explores new spherically symmetric static vacuum solutions in mimetic gravity, revealing solutions distinct from Schwarzschild and analyzing their properties and planar motion.
Contribution
It introduces a novel class of solutions in mimetic gravity differing from Schwarzschild, expanding understanding of vacuum solutions in this theory.
Findings
Discovery of new solutions different from Schwarzschild
Analysis of planar motion in spherical solutions
Characterization of solutions with various topologies
Abstract
In this paper we analyze spherically symmetric static vacuum solutions with various topologies in mimetic gravity. When the Einstein's tensor is different from zero, a new class of solutions different from the Schwarzschild one emerges from the theory. We analyze the feature of the new solutions and we study the planar motion for the spherical case.
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