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Let D D be a bounded pseudoconvex domain with C ∞ {C^\infty } boundary in C n , A ∞ ( D ) {{\mathbf {C}}^n},{A^\infty }(D) the algebra of functions holomorphic in D D and C ∞ {C^\infty } up to the boundary, and M M a compact real-analytic manifold in the boundary which is integral for the complex structure of the boundary and which has no complex tangent vectors. A necessary and sufficient condition that each element of A ∞ ( D ) {A^\infty }(D) be real-analytic on M M is that the germ of the complexification of M M be in the boundary. Examples indicate that the quasi-analyticity of A ∞ ( D ) {A^\infty }(D) along M M is possible even in the absence of complex manifolds in the boundary.
complexification, Pseudoconvex domains, Boundary behavior of holomorphic functions of several complex variables, totally real real-analytic integral manifold, real-analytic continuation, pseudoconvex domain, Real-analytic manifolds, real-analytic spaces, complex homomorphism, Analytic continuation, Banach algebras of differentiable or analytic functions, \(H^p\)-spaces, real-analytic function, Real submanifolds in complex manifolds, Compact analytic spaces, algebra of holomorphic functions, Algebras of holomorphic functions of several complex variables
complexification, Pseudoconvex domains, Boundary behavior of holomorphic functions of several complex variables, totally real real-analytic integral manifold, real-analytic continuation, pseudoconvex domain, Real-analytic manifolds, real-analytic spaces, complex homomorphism, Analytic continuation, Banach algebras of differentiable or analytic functions, \(H^p\)-spaces, real-analytic function, Real submanifolds in complex manifolds, Compact analytic spaces, algebra of holomorphic functions, Algebras of holomorphic functions of several complex variables
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