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Operator ideal properties of vector measures with finite variation

Susumu OkadaWerner J. RickerLuis Rodríguez-Piazza — 2011

Studia Mathematica

Given a vector measure m with values in a Banach space X, a desirable property (when available) of the associated Banach function space L¹(m) of all m-integrable functions is that L¹(m) = L¹(|m|), where |m| is the [0,∞]-valued variation measure of m. Closely connected to m is its X-valued integration map Iₘ: f ↦ ∫f dm for f ∈ L¹(m). Many traditional operators from analysis arise as integration maps in this way. A detailed study is made of the connection between the property L¹(m) = L¹(|m|) and the...

Strongly compact algebras.

An algebra of bounded linear operators on a Hilbert space is said to be if its unit ball is relatively compact in the strong operator topology. A bounded linear operator on a Hilbert space is said to be if the algebra generated by the operator and the identity is strongly compact. This notion was introduced by Lomonosov as an approach to the invariant subspace problem for essentially normal operators. First of all, some basic properties of strongly compact algebras are established. Next, a characterization...

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