首页> 外文期刊>Houston Journal of Mathematics >TRANSITIVITY OF FINSLER GEODESIC FLOWS OF COMPACT SURFACES WITHOUT CONJUGATE POINTS AND HIGHER GENUS, AND APPLICATIONS TO FINSLER RIGIDITY PROBLEMS
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TRANSITIVITY OF FINSLER GEODESIC FLOWS OF COMPACT SURFACES WITHOUT CONJUGATE POINTS AND HIGHER GENUS, AND APPLICATIONS TO FINSLER RIGIDITY PROBLEMS

机译:无共轭点和更高类的紧实表面的芬斯勒测地流的传递性及其在芬斯勒刚性问题中的应用

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摘要

We show that if (M, F) is a C-infinity k-basic Finsler compact surface without conjugate points and genus greater than one whose Green bundles are continuous then (M, F) is Riemannian. The proof combines Riemann-Finsler geometry, the theory of Lagrangian bundles and the transitivity of Finsler geodesic flows of compact surfaces of genus greater than one. The transitivity of geodesic flows of compact Finsler surfaces without conjugate points and higher genus generalizes the work of P. Eberlein for compact Riemannian surfaces without conjugate points in the context of visibility manifolds.
机译:我们证明,如果(M,F)是一个C-无穷大的k基Finsler紧致表面,没有共轭点,并且属大于格林束是连续的,则(M,F)是黎曼。该证明结合了黎曼-芬斯勒几何学,拉格朗日束理论和大于1的紧曲面的Finsler测地流的传递性。不含共轭点和更高属的紧致Finsler曲面的测地流的传递性使P. Eberlein对于可见性流形中无共轭点的紧致黎曼曲面的工作更加普遍。

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