2012
DOI: 10.1016/j.matpur.2011.11.006
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Algebraic approximation in CR geometry

Abstract: We prove the following CR version of Artin's approximation theorem for holomorphic mappings between real-algebraic sets in complex space. Let M ⊂ C N be a real-algebraic CR submanifold whose CR orbits are all of the same dimension. Then for every point p ∈ M, for every real-algebraic subset S ⊂ C N

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Cited by 4 publications
(9 citation statements)
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“…This subvariety V ′ is however in general strictly larger than the subvariety V 1 consisting of the set of points of p ∈ M where the dimension of the CR orbits is not constant in any neighborhood of p (as defined in Section 2.2). The conclusion of Theorem 2.14 with V replaced by V 1 has been established more recently by the author in [Mir12]. The result can be stated as follows:…”
Section: Cr Submanifolds Let M ⊂ Cmentioning
confidence: 77%
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“…This subvariety V ′ is however in general strictly larger than the subvariety V 1 consisting of the set of points of p ∈ M where the dimension of the CR orbits is not constant in any neighborhood of p (as defined in Section 2.2). The conclusion of Theorem 2.14 with V replaced by V 1 has been established more recently by the author in [Mir12]. The result can be stated as follows:…”
Section: Cr Submanifolds Let M ⊂ Cmentioning
confidence: 77%
“…Theorem 2.15 is a consequence of a more general result proved in [Mir12] that is developed in detail later in this article in Section 3.2. The following elementary example shows that V 1 is in general strictly contained in V .…”
Section: Cr Submanifolds Let M ⊂ Cmentioning
confidence: 80%
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