A characterization of \({\mathbb{P}}_ n\) by vector bundles (Q802686)
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scientific article; zbMATH DE number 4198193
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | A characterization of \({\mathbb{P}}_ n\) by vector bundles |
scientific article; zbMATH DE number 4198193 |
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A characterization of \({\mathbb{P}}_ n\) by vector bundles (English)
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1990
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The following result [conjectured by \textit{S. Mukai}; cf. ``Open problems. Classification of algebraic and analytic manifolds'', Proc. Symp., Katata/Jap. 1982, Prog. Math. 39, 591-630 (1983; Zbl 0527.14002)] is proved: Theorem: Let X be a compact complex manifold of dimension n, E an ample vector bundle on X of rank \((n+1)\) satisfying \(c_ 1(E)=c_ 1(X)\). Then \(X\cong P_ n\) and \(E\cong {\mathcal O}_{P_ n}(1)^{n+1}.\) The cases \(n\leq 2\) are clear. Mukai proved the case \(n=3\).
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characterization of projective space
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first Chern class
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extremal rational curves
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ample vector bundle
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0.9890854
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0.93336886
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0.9221994
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0.9135667
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0.90969855
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0.9082081
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0.9055925
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0.9041714
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