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首页> 外文期刊>Journal of the Mathematical Society of Japan >Double point of self-transverse immersions of M~(2n) → R~(4n-5)
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Double point of self-transverse immersions of M~(2n) → R~(4n-5)

机译:M〜(2n)→R〜(4n-5)的自横浸点的双点

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摘要

A self-transverse immersion of a smooth manifold M~(2n) in R~(4n-5) for n > 5 has a double point self-intersection set which is the image of an immersion of a smooth 5-dimensional manifold, cobordant to Dold manifold V~5 or a boundary. We will show that the double point manifold of any such immersion is a boundary. The method of proof is to evaluate the Stiefel-Whitney numbers of the double point self-intersection manifold. By a certain method these numbers can be read off from spherical elements of H_(4n-5)QMO(2n-5), corresponding to the immersions under the Pontrjagin-Thom construction.
机译:对于n> 5,光滑流形M〜(2n)在R〜(4n-5)中的自横向浸入具有双点自相交集,该点是光滑5维流形的浸入图像,同心到歧管V〜5或边界。我们将证明任何此类浸入的双点流形都是边界。证明的方法是评估双点自相交流形的Stiefel-Whitney数。通过某种方法,可以从H_(4n-5)QMO(2n-5)的球形元素(对应于Pontrjagin-Thom结构下的浸没)读取这些数字。

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