Deformation Openness and Closedness of Various Classes of Compact Complex Manifolds; Examples
By Dan Popovici. 2011
54 citations recorded by the source corpus.
We review the relations between compact complex manifolds carrying various types of Hermitian metrics (K\"ahler, balanced or {\it strongly Gauduchon}) and those satisfying the $\partial\bar\partial$-lemma or the degeneration at $E_1$ of the Fr\"olicher spectral sequence, as well as the behaviour of these properties under holomorphic deformations. The emphasis will be placed on the notion of {\it strongly Gauduchon} (sG) manifolds that we introduced recently in the study of deformation limits of projective and Moishezon manifolds. Various examples of sG and non-sG manifolds are exhibited while a range of constructions already known in the literature are reviewed and reinterpreted from this new standpoint.
Subfields: Applied Mathematics, Geometry and Topology
View Paper: https://www.semanticscholar.org/paper/cad701ccc3ecfeb2433d7a2551f24e00c864ba3f
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In Applied Mathematics
In Geometry and Topology
Citations in the corpus
- Ricci Curvatures on Hermitian manifolds (2014, background): “For more details, we refer to [2, 9, 45, 46] and also the references therein.”
- Bott–Chern cohomology of solvmanifolds (2012, background): “, [56]: namely, a property P is said to be (Zariski-)closed if, for any family {Xt}t∈∆ of compact complex manifolds such that P holds for any t ∈ ∆ \ {0} in the punctured-disk, then P holds also for X0.”
- Six-Dimensional Solvmanifolds with Holomorphically Trivial Canonical Bundle (2014, background): “More concretely, there exists a holomorphic family of compact complex manifolds (M,Ja)a∈∆ such that (M,Ja) has balanced metric for any a 6= 0 but the central limit (M,J0) does not admit any sG metric, which provides a counterexample to the Popovici and Demailly closedness conjectures formulated in [”