A universal reflexive space for the class of uniformly convex Banach spaces
Edward William Odell, Th. Schlumprecht
Abstract
Open-access reader
Edward William Odell, Th. Schlumprecht
Abstract
Open-access reader
We show that there exists a separable reflexive Banach space into which every separable uniformly convex Banach space isomorphically embeds. This solves a problem of J. Bourgain. We also give intrinsic characterizations of separable reflexive Banach spaces which embed into a reflexive space with a block $q$-Hilbertian and/or a block $p$-Besselian finite dimensional decomposition.
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We show that there exists a separable reflexive Banach space into which every separable uniformly convex Banach space isomorphically embeds. This solves a problem of J. Bourgain. We also give intrinsic characterizations of separable reflexive Banach spaces which embed into a reflexive space with a block $q$-Hilbertian and/or a block $p$-Besselian finite dimensional decomposition.
Key concepts: Uniformly convex space, Reflexive space, Mathematics, Separable space, Banach space, Pure mathematics, Approximation property, Regular polygon