Exact analytic solutions in 2+1 Horava gravity with cosmological constant
Abstract
We investigate the static solutions with rotational symmetry in the nonprojectable Ho rava theory in \(2+1\) dimensions. We consider all inequivalent terms of the effective theory, including the cosmological constant. We find two distinct types of solutions: the first one corresponds to a Lifshitz solution, while the second one is obtained through a coordinate transformation of the equations of motion, and exhibits Lifshitz scaling only asymptotically.
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