A generalization of Aubin's result for a Yamabe-type problem on smooth metric measure spaces
The Yamabe problem in compact closed Riemannian manifolds is concerned with finding a metric with constant scalar curvature in the conformal class of a given metric. This problem was solved by the combined work of Yamabe, Trudinger, Aubin, and Schoen. In particular, Aubin solved the case when the Riemannian manifold is compact, is nonlocally conformally flat and has a dimension equal to or greater than $6$. In $2015$, Case considered a Yamabe-type problem in the setting of smooth measure space in manifolds and for a parameter $m$, which generalizes the original Yamabe problem when $m=0$. Additionally, Case solved this problem when the parameter $m$ is a natural number. In the context of the Yamabe-type problem, we generalize Aubin's result for nonlocally conformally flat manifolds, with dimension equal and greater than 6 and parameter $m$ close to nonnegative integers.