Conformal metrics with prescribed fractional scalar curvature on conformal infinities with positive fractional Yamabe constants

Abstract

Let $(X,g^{+})$ be an asymptotically hyperbolic manifold and $(M,[\hat{h}])$ its conformal infinity. Our primary aim in this paper is to introduce the prescribed fractional scalar curvature problem on $M$ and provide solutions under various geometric conditions on $X$ and $M$. We also obtain the existence results for the fractional Yamabe problem in the endpoint case, e.g., $n=3$, $\gamma =1/2$ and $M$ is non-umbilic, etc. Every solution we find turns out to be smooth on $M$.

30 pages, minor revision

References in corpus (3)

• Some energy inequalities involving fractional GJMS operators
• Sharp constants in weighted trace inequalities on Riemannian manifolds
• Fractional Yamabe problem on locally flat conformal infinities of Poincare-Einstein manifolds