Multiplicity and stability of closed geodesics on bumpy Finsler 3-spheres
Huagui Duan, Yiming Long

TL;DR
This paper establishes conditions under which a bumpy Finsler 3-sphere must have multiple closed geodesics, either two non-hyperbolic or at least three, contributing to the understanding of geodesic multiplicity and stability.
Contribution
It proves a new multiplicity result for closed geodesics on bumpy Finsler 3-spheres, highlighting the existence of multiple geodesics under specific conditions.
Findings
Either two non-hyperbolic prime closed geodesics exist
Or there are at least three prime closed geodesics
Results apply to Q-homological Finsler 3-spheres with bumpy, irreversible metrics
Abstract
We prove that for every -homological Finsler 3-sphere with a bumpy and irreversible metric , either there exist two non-hyperbolic prime closed geodesics, or there exist at least three prime closed geodesics.
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Taxonomy
TopicsAdvanced Differential Geometry Research · Fibroblast Growth Factor Research · Geometric Analysis and Curvature Flows
