Holomorphic versus algebraic equivalence for deformations of real-algebraic CR manifolds
Bernhard Lamel, Nordine Mir
Abstract
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Bernhard Lamel, Nordine Mir
Abstract
Open-access reader
We consider (small) algebraic deformations of germs of real-algebraic CR submanifolds in complex space and study the biholomorphic equivalence problem for such deformations. We show that two algebraic deformations of minimal holomorphically nondegenerate real-algebraic CR submanifolds are holomorphically equivalent if and only if they are algebraically equivalent.
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We consider (small) algebraic deformations of germs of real-algebraic CR submanifolds in complex space and study the biholomorphic equivalence problem for such deformations. We show that two algebraic deformations of minimal holomorphically nondegenerate real-algebraic CR submanifolds are holomorphically equivalent if and only if they are algebraically equivalent.
Key concepts: Equivalence (formal languages), Holomorphic function, Mathematics, Algebraic number, Algebraic cycle, Pure mathematics, Dimension of an algebraic variety, Algebraic surface