  We look at solutions of Minimal Massive Gravity (MMG), a generalisation of
Topologically Massive Gravity (TMG) that improves upon its holographic
properties. It is shown that generically (in MMG parameter space) all
conformally flat solutions of vacuum MMG are locally isometric to one of the
two (A)dS vacua of the theory. We then couple a scalar field, and find that
domain wall solutions can only interpolate between these two vacua precisely
when the bulk graviton is tachyonic. Finally, we find a non-BTZ AdS black hole
solution satisfying Brown-Henneaux boundary conditions, which lies within the
"bulk/ boundary unitarity region".
