
The author continues his study of pseudoconvexity in a nonlocally convex space setting. Following, \textit{L. Waelbroeck} [Topological vector spaces and algebras, Lect. Notes Math. 230 (1971; Zbl 0225.46001)], let \(E\) be an \(Lps\), i.e. a locally pseudoconvex topological vector space. After showing that the necessary results concerning surjective limits [\textit{S. Dineen}, Bull. Soc. Math. Fr. 103 (1975), 441-509 (1976; Zbl 0328.46045)] carry over with virtually no change, the author proves that if \(E\) is a Hausdorff \(Lps\) with the bounded approximation property, then every pseudoconvex domain \(U\) spread over \(E\) is a domain of holomorphy. For \(0
510.mathematics, pseudoconvexity in a nonlocally convex space, Pseudoconvex domains, Infinite-dimensional holomorphy, Levi problem, pseudoconvex domain, Article, Hausdorff \(Lps\) with the bounded approximation property
510.mathematics, pseudoconvexity in a nonlocally convex space, Pseudoconvex domains, Infinite-dimensional holomorphy, Levi problem, pseudoconvex domain, Article, Hausdorff \(Lps\) with the bounded approximation property
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