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On a space of smooth functions on a convex unbounded set in ℝn admitting holomorphic extension in ℂn

Il’dar Musin, Polina Yakovleva (2012)

Open Mathematics

For some given logarithmically convex sequence M of positive numbers we construct a subspace of the space of rapidly decreasing infinitely differentiable functions on an unbounded closed convex set in ℝn. Due to the conditions on M each function of this space admits a holomorphic extension in ℂn. In the current article, the space of holomorphic extensions is considered and Paley-Wiener type theorems are established. To prove these theorems, some auxiliary results on extensions of holomorphic functions...

On extensions of holomorphic functions satisfying a polynomial growth condition on algebraic varieties in 𝐂 n

Jean Erik Björk (1974)

Annales de l'institut Fourier

Let V be an algebraic variety in C n and when k 0 is an integer then Pol ( V , k ) denotes all holomorphic functions f ( z ) on V satisfying | f ( z ) | C f ( 1 + | z | ) k for all z V and some constant C f . We estimate the least integer ϵ ( V , k ) such that every f Pol ( V , k ) admits an extension from V into C n by a polynomial P ( z 1 , ... , z n ) , of degree k + ϵ ( V , k ) at most. In particular lim k > ϵ ( V , k ) is related to cohomology groups with coefficients in coherent analytic sheaves on V . The existence of the finite integer ϵ ( V , k ) is for example an easy consequence of Kodaira’s Vanishing Theorem.

On strongly asymptotically developable functions and the Borel-Ritt theorem

J. Sanz, F. Galindo (1999)

Studia Mathematica

We show that the holomorphic functions on polysectors whose derivatives remain bounded on proper subpolysectors are precisely those strongly asymptotically developable in the sense of Majima. This fact allows us to solve two Borel-Ritt type interpolation problems from a functional-analytic viewpoint.

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