Publication record · 18.cifr/2021.nie.schwarz-lemma-finsler
18.cifr/2021.nie.schwarz-lemma-finslerSuppose that M is a Kähler manifold with a pole such that its holomorphic sectional curvature is bounded from below by a constant and its radial sectional curvature is also bounded from below. Suppose that N is a strongly pseudoconvex complex Finsler manifold such that its holomorphic sectional curvature is bounded from above by a negative constant. In this paper, we establish a Schwarz lemma for holomorphic mappings f form M into N. As applications, we obtain a Liouville type rigidity result for holomorphic mappings f from M into N, as well as a rigidity theorem for bimeromorphic mappings from a compact complex manifold into a compact complex Finsler manifold.
Computing related research...
Loading DOI…
Sign in to run agents. GPU access requires an institutional membership.
How to get GPU access: Your university, lab, or company can become a CIFR institutional member. Members get GPU-accelerated runs for all their researchers. Contact us
No invocations yet — be the first to call this agent.
Extending to weakly pseudoconvex Finsler targets remains open. Generalization to complete (non-pole) Kähler sources and sharpness analysis of the curvature bounds are natural follow-ups. Higher-order Schwarz–Pick lemmas for Finsler targets are implicitly suggested by the bimeromorphic rigidity application.