Holomorphic functions on Fréchet spaces with Schauder basis.
Seán Dineen (1995)
Extracta Mathematicae
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Seán Dineen (1995)
Extracta Mathematicae
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J. Díaz (1997)
Studia Mathematica
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Let E be a Fréchet Schwartz space with a continuous norm and with a finite-dimensional decomposition, and let F be any infinite-dimensional subspace of E. It is proved that E can be written as G ⨁ H where G and H do not contain any subspace isomorphic to F. In particular, E is not primary. If the subspace F is not normable then the statement holds for other quasinormable Fréchet spaces, e.g., if E is a quasinormable and locally normable Köthe sequence space, or if E is a space of holomorphic...
J. M. Isidro (1979)
Revista Matemática Hispanoamericana
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Robert James (1990)
Studia Mathematica
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G. Henkin (1970)
Studia Mathematica
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M. Gupta, P. K. Kamthan, S. K. Ray (1976)
Colloquium Mathematicae
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P. Subramanian (1972)
Studia Mathematica
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Christopher Boyd (2003)
Czechoslovak Mathematical Journal
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For a balanced open subset of a Fréchet space and a dual-Banach space we introduce the topology on the space of holomorphic functions from into . This topology allows us to construct a predual for which in turn allows us to investigate the topological structure of spaces of vector-valued holomorphic functions. In particular, we are able to give necessary and sufficient conditions for the equivalence and compatibility of various topologies on spaces of vector-valued holomorphic...
Seán Dineen, Luiza A. Moraes (1992)
Revista Matemática de la Universidad Complutense de Madrid
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In this article we show that a number of apparently different properties coincide on the set of holomorphic functions on a strict inductive limit (all inductive limits are assumed to be countable and proper) of Banach spaces and that they are all satisfied only in the trivial case of a strict inductive limit of finite dimensional spaces. Thus the linear properties of a strict inductive limit of Banach spaces rarely translate themselves into holomorphic properties.