Sectorial Paley-Wiener Theorem
Armen Vagharshakyan

TL;DR
This paper proves a sectorial Paley-Wiener theorem extending classical results to functions of exponential type within sectors, improving previous bounds on analytic continuation.
Contribution
It corrects, simplifies, and extends Morimoto's result, establishing a maximal convex set for analytic continuation inside sectors.
Findings
Established a sectorial Paley-Wiener theorem for exponential type functions.
Identified the maximal convex set of analytic continuation in a sector.
Extended and improved previous results by Dzhrbashyan and Avetisyan.
Abstract
By correcting, simplifying and extending a result of Morimoto, we prove a Paley-Wiener type theorem for functions of exponential type in a sector. It serves as a sectorial analogue of Polya's theorem on the indicator of entire functions and improves a result of Dzhrbashyan and Avetisyan by finding the maximal convex set of analytic continuation inside a sector.
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Taxonomy
TopicsHolomorphic and Operator Theory · Meromorphic and Entire Functions · Analytic and geometric function theory
