For many, modern functional analysis dates back to Banach's book
[Ba32]. Here, such powerful results as the Hahn-Banach theorem, the
open-mapping theorem and the uniform boundedness principle were
developed in the setting of complete normed and complete metrizable
spaces. When analysts realized the power and applicability of these
methods, they sought to generalize the concept of a metric space
and to broaden the scope of these theorems. Topological methods had
been generally available since the appearance of Hausdorff's book
in 1914. So it is surprising that it took so long to recognize that
they could provide the means for this generalization. Indeed, the
theory of topo- logical vector spaces was developed systematically
only after 1950 by a great many different people, induding
Bourbaki, Dieudonne, Grothendieck, Kothe, Mackey, Schwartz and
Treves. The resulting body of work produced a whole new area of
mathematics and generalized Banach's results. One of the great
successes here was the development of the theory of distributions.
While the not ion of a convergent sequence is very old, that of a
convergent fil- ter dates back only to Cartan [Ca]. And while
sequential convergence structures date back to Frechet [Fr], filter
convergence structures are much more recent: [Ch], [Ko] and [Fi].
Initially, convergence spaces and convergence vector spaces were
used by [Ko], [Wl], [Ba], [Ke64], [Ke65], [Ke74], [FB] and in
particular [Bz] for topology and analysis.
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Review This Product
Fri, 17 Jun 2005 | Review
by: Jan Harm V.
This is an excelent book on a topic that is generally not very well known. It covers the most important contributions and applications of convergence spaces to functional analysis with emphasis on the continuous convergence structure.
Even though the weakening of any one of the axioms of general topology results in a significant loss of structure and content, the authors still manage to show that an interesting and rich theory can be obtained from convergence structures.
An important read for all.
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