Fixed point results for asymptotically Hölder nonexpansive type mappings

Fuente: arXiv
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Main Authors: Barroso, Cleon S., da Silva, Carlos Sérgio R.
Format: Preprint
Published: 2026
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author Barroso, Cleon S.
da Silva, Carlos Sérgio R.
author_facet Barroso, Cleon S.
da Silva, Carlos Sérgio R.
contents In this work, we extend Goebel-Kirk fixed point theorems to the setting of mappings of asymptotically Hölder-nonexpansive type. By providing several non-trivial examples, we show that this new framework strictly contains its classical counterparts. Furthermore, we prove that if a Banach space contains an isomorphic copy of either $c_0$ or $\ell_1$, then the fixed point property (FPP) for this class of mappings fails. Finally, we show that every infinite-dimensional Banach space contains a compact convex set $K$ admitting a fixed-point free, affine self-mapping $T$ which is of asymptotically Hölder-nonexpansive type and possesses no continuous iterates.
format Preprint
id arxiv_https___arxiv_org_abs_2605_30678
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle Fixed point results for asymptotically Hölder nonexpansive type mappings
Barroso, Cleon S.
da Silva, Carlos Sérgio R.
Functional Analysis
In this work, we extend Goebel-Kirk fixed point theorems to the setting of mappings of asymptotically Hölder-nonexpansive type. By providing several non-trivial examples, we show that this new framework strictly contains its classical counterparts. Furthermore, we prove that if a Banach space contains an isomorphic copy of either $c_0$ or $\ell_1$, then the fixed point property (FPP) for this class of mappings fails. Finally, we show that every infinite-dimensional Banach space contains a compact convex set $K$ admitting a fixed-point free, affine self-mapping $T$ which is of asymptotically Hölder-nonexpansive type and possesses no continuous iterates.
title Fixed point results for asymptotically Hölder nonexpansive type mappings
topic Functional Analysis
url https://arxiv.org/abs/2605.30678