Erratum to the paper: Compact hyperkaehler manifolds: basic results
By D. Huybrechts. 2001
166 citations recorded by the source corpus.
This is an Erratum to the paper: Compact hyperkaehler manifolds: basic results. (alg-geom/9705025, Inv. math. 135). We give a correct proof of the projectivity criterion for hyperkaehler manifolds. We use a recent result of Demailly and Paun math.AG/0105176.
Subfields: Applied Mathematics, Geometry and Topology
View Paper: https://www.semanticscholar.org/paper/4ce75b9142310dd162e22e618aa2ee966d86bbfa
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In Applied Mathematics
In Geometry and Topology
- Giovanni Mongardi
- A. Rapagnetta
- E. Markman
- Kieran G. O’Grady
- D. Huybrechts
- A. Sarti
- Samuel Boissière
- Misha Verbitsky
Citations in the corpus
- The global moduli theory of symplectic varieties (2018, unknown): “We also prove analogs of results of Huybrechts [Huy99] and [BL16] on the inseparability of bimeromorphic symplectic varieties in moduli, including part (3) of Theorems 1.”
- On the Beauville form of the known irreducible symplectic varieties (2006, background): “By a theorem of Huybrechts (see Theorem 4.6 of [ 8 ]) birationally equivalent irreducible symplectic varieties are deformation equivalent.”
- Monodromy and birational geometry of O'Grady's sixfolds (2019, background): “1 of [9], holds for manifolds of OG6 type:”
- Integral generators for the cohomology ring of moduli spaces of sheaves over Poisson surfaces (2004, background): “Let M0 Λ be a connected component of MΛ, containing a marked Hilbert scheme (S[n],φ 0) of a K3 surface S. The Surjectivity Theorem states, that the restriction of the period map to M0 Λ is surjective [Hu3]. The group OΛ acts on MΛ, by changing the marking, and the period map is OΛ-equivariant. Fix a”
- IRREDUCIBLE SYMPLECTIC 4-FOLDS NUMERICALLY EQUIVALENT TO (K3)[2] (2008, methodology): “Huybrechts’ projectivity criterion [ 13 ]: since H1,1”
- INTEGRAL CONSTRAINTS ON THE MONODROMY GROUP OF THE HYPERKÄHLER RESOLUTION OF A SYMMETRIC PRODUCT OF A K3 SURFACE (2006, background): “mponent of MΛ, (X,φ) a marked pair in M0 Λ, and f an element of O+Λ. Choose a marked pair (Y,ψ) in M0 Λ, whose period satisfies P(Y,ψ) = f(P(X,φ)).Such a pair (Y,ψ) exists, by the Surjectivity Theorem [Hu2]. Lemma 4.6 Assume that Xsatisfies Condition 4.4. If fdoes not belong to W(Λ), then the pairs {Q”