2006•Communications in AlgebraRequires access

Ample Vector Bundles with Smallg − q

Davide Fusi, Antonio Lanteri

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Abstract

Let X be a smooth complex projective variety and let Z ⊂ X be a smooth submanifold of dimension ≥ 2, which is the zero locus of a section of an ample vector bundle ℰ of rank dim X − dim Z ≥ 2 on X. Let H be an ample line bundle on X, whose restriction H Z to Z is generated by global sections. The structure of triplets (X,ℰ,H) as above is described under the assumption that the curve genus of the corank-1 vector bundle ℰ ⊕ H ⊕ (dim Z−1) is ≤ h 1( X ) + 2.

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What this paper is about

Let X be a smooth complex projective variety and let Z ⊂ X be a smooth submanifold of dimension ≥ 2, which is the zero locus of a section of an ample vector bundle ℰ of rank dim X − dim Z ≥ 2 on X. Let H be an ample line bundle on X, whose restriction H Z to Z is generated by global sections. The structure of triplets (X,ℰ,H) as above is described under the assumption that the curve genus of the corank-1 vector bundle ℰ ⊕ H ⊕ (dim Z−1) is ≤ h 1( X ) + 2.

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Available abstract

Let X be a smooth complex projective variety and let Z ⊂ X be a smooth submanifold of dimension ≥ 2, which is the zero locus of a section of an ample vector bundle ℰ of rank dim X − dim Z ≥ 2 on X. Let H be an ample line bundle on X, whose restriction H Z to Z is generated by global sections. The structure of triplets (X,ℰ,H) as above is described under the assumption that the curve genus of the corank-1 vector bundle ℰ ⊕ H ⊕ (dim Z−1) is ≤ h 1( X ) + 2.

Key concepts: Vector bundle, Mathematics, Ample line bundle, Submanifold, Projective variety, Normal bundle, Locus (genetics), Line bundle

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