Spaceability of sets of non-injective maps

Fuente: arXiv
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Autori principali: Aires, Mikaela, Botelho, Geraldo
Natura: Preprint
Pubblicazione: 2024
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author Aires, Mikaela
Botelho, Geraldo
author_facet Aires, Mikaela
Botelho, Geraldo
contents Generalizing a recent result on lineability of sets of non-injective linear operators, we prove, for quite general linear spaces $A$ of maps from an arbitraty set to a sequence space, that, for every $0 \neq f \in A$, the subset of $A$ of non-injective maps contains an infinite dimensional subspace of $A$ containing $f$. We provide aplications of the main result to spaces of linear operators between quasi-Banach spaces, to spaces of linear operators belonging to an operator ideal, and, in the nonlinear setting, to linear spaces of homogeneous polynomials and to linear spaces of vector-valued Lispshitz functions on metric spaces.
format Preprint
id arxiv_https___arxiv_org_abs_2403_19855
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Spaceability of sets of non-injective maps
Aires, Mikaela
Botelho, Geraldo
Functional Analysis
15A03, 46B87, 47B10
Generalizing a recent result on lineability of sets of non-injective linear operators, we prove, for quite general linear spaces $A$ of maps from an arbitraty set to a sequence space, that, for every $0 \neq f \in A$, the subset of $A$ of non-injective maps contains an infinite dimensional subspace of $A$ containing $f$. We provide aplications of the main result to spaces of linear operators between quasi-Banach spaces, to spaces of linear operators belonging to an operator ideal, and, in the nonlinear setting, to linear spaces of homogeneous polynomials and to linear spaces of vector-valued Lispshitz functions on metric spaces.
title Spaceability of sets of non-injective maps
topic Functional Analysis
15A03, 46B87, 47B10
url https://arxiv.org/abs/2403.19855