Commutative harmonic analysis and Banach spaces
On the topological classification of complete linear metric spaces
Linear extensions, linear averagings, and their applications to linear topological classification of spaces of continuous functions
CONTENTSIntroduction................................................................................................................................................. 5Preliminaries.............................................................................................................................................. 9§ 1. Regular operators and their products............................................................................................ 11§ 2. Exaves. Extension and averaging operators....................................................................................
On a result of Olevskiĭ : a uniformly bounded orthonormal sequence is not a basis for
On the impossibility of embedding of the space L in certain Banach spaces
A property of multilinear operations
All separable Banach space admit for every ε>0 fundamental total and bounded by 1 + ε biorthogonal sequences
p-integral operators commuting with group representations and examples of quasi-p-integral operators which are not p-integral
Any separable Banach space with the bounded approximation property is a complemented subspace of a Banach space with a basic
Universal bases
A remark on the preceding paper of I. Singer (From a letter to R. Sikorski)
A characterization of Hilbert-Schmidt operators
Projections in certain Banach spaces
A note on the paper of I. Singer "Basic sequences and reflexivity of Banach spaces"
On C(S)-subspaces of separable Banach spaces
Supplement to my paper "On simultaneous extension of continuous functions"
On Banach spaces containing
On simultaneous extension of continuous functions (A generalization of theorems of Rudin-Carleson and Bishop)
O některých Banachových problémech
Uwagi o miarach wektorowych
The article contains no abstract
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