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Ergodic theory and Diophantine approximation for translation surfaces and linear forms

机译:遍历理论和Diophantine近似平移曲面和线性形式

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摘要

We derive results on the distribution of directions of saddle connections on translation surfaces using only the Birkhoff ergodic theorem applied to the geodesic flow on the moduli space of translation surfaces. Our techniques, together with an approximation argument, also give an alternative proof of a weak version of a classical theorem in multi-dimensional Diophantine approximation due to Schmidt (1960 Can. J. Math. 12 619-31, 1964 Trans. Am. Math. Soc. 110 493-518). The approximation argument allows us to deduce the Birkhoff genericity of almost all lattices in a certain submanifold of the space of unimodular lattices from the Birkhoff genericity of almost all lattices in the whole space and similarly for the space of affine unimodular lattices.
机译:我们仅使用应用于平移曲面模空间上的测地线的Birkhoff遍历定理,得出平移面上鞍形连接方向分布的结果。由于施密特(1960 Can。J. Math。12 619-31,1964 Trans。Am。Math),我们的技术与近似参数一起还给出了多维Diophantine近似中经典定理的弱版本的替代证明。 (Soc.110 493-518)。逼近论点允许我们从整个空间中几乎所有晶格的Birkhoff通用性以及仿射单模晶格的空间中推论出单模晶格空间的某个子流形中几乎所有晶格的Birkhoff通用性。

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