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A Dajczer-Rodriguez Type Cylinder Theorem for Real K?hler Submanifolds

机译:实K?hler子流形的Dajczer-Rodriguez型圆柱定理

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摘要

In 1991, Dajczer and Rodriguez proved in [10] that a complete minimal real K?hler submanifold of codimension 2, if with complex dimension > 2, would be either holomorphic, or a cylinder, or complex ruled. In this article, we generalize their result to real analytic complete real K?hler submanifolds of codimension 4. The conclusion is that such the submanifold, if with complex dimension > 4, would be either partially holomorphic, or a cylinder, or a twisted cylinder in the sense that the complex relative nullity foliation is contained in a strictly larger holomorphic foliation, whose leaves are cylinders. We also examine the question of when such a submanifold is complex ruled.
机译:1991年,Dajczer和Rodriguez在[10]中证明,如果维数大于2,则余维2的一个完整的最小实Khhler子流形将是全纯的,或者是圆柱体,或者是复杂的直角。在本文中,我们将其结果推广为余维4的实​​解析完整实K?hler子流形。结论是,如果子维具有复杂的维数> 4,则该子流形将是部分全纯或圆柱或扭曲圆柱在某种意义上说,复杂的相对无效叶包含在严格较大的全同叶中,叶为圆柱。我们还研究了何时对这样的子流形进行复杂统治。

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