Spherically Symmetric Analytic Solutions and Naked Singularities in Einstein-Aether Theory
arXiv:2003.00227 · doi:10.1140/epjc/s10052-021-09120-w
Abstract
In the present work we analyze all the possible spherically symmetric exterior vacuum solutions allowed by the Einstein-Aether theory with static aether. We show that there are four classes of solutions corresponding to different values of a combination of the free parameters, , which are: , , and . We present explicit analytical solutions for and . The first case has some pathological behavior, while the rest have all singularities at and are asymptotically flat spacetimes. For the solutions we show that there exist no horizons, neither Killing nor universal horizon, thus we have naked singularities. Finally, the solution for has a metric component as an arbitrary function of radial coordinate, when it is chosen to be the same as in the Schwarzschild case, we have a physical singularity at finite radius, besides the one at . This characteristic is completely different from General Relativity.
21 pages and 9 figures
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