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Autori principali: Charatonik, Włodzimierz J., Kwiatkowska, Aleksandra, Roe, Robert P., Yang, Shujie
Natura: Preprint
Pubblicazione: 2023
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Accesso online:https://arxiv.org/abs/2312.16915
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author Charatonik, Włodzimierz J.
Kwiatkowska, Aleksandra
Roe, Robert P.
Yang, Shujie
author_facet Charatonik, Włodzimierz J.
Kwiatkowska, Aleksandra
Roe, Robert P.
Yang, Shujie
contents We continue the study of projective Fraïssé limits developed by Irwin-Solecki and Panagiotopoulos-Solecki by investigating families of epimorphisms between finite trees and finite rooted trees. Ideas of monotone, confluent, and light mappings from continuum theory as well as several properties of continua are modified so as to apply them to topological graphs. As the topological realizations of the projective Fraïssé limits we obtain the dendrite $D_3$, the Mohler-Nikiel universal dendroid, as well as new, interesting continua for which we do not yet have topological characterizations.
format Preprint
id arxiv_https___arxiv_org_abs_2312_16915
institution arXiv
publishDate 2023
record_format arxiv
spellingShingle Projective Fraïssé limits of trees with confluent epimorphisms
Charatonik, Włodzimierz J.
Kwiatkowska, Aleksandra
Roe, Robert P.
Yang, Shujie
General Topology
Logic
We continue the study of projective Fraïssé limits developed by Irwin-Solecki and Panagiotopoulos-Solecki by investigating families of epimorphisms between finite trees and finite rooted trees. Ideas of monotone, confluent, and light mappings from continuum theory as well as several properties of continua are modified so as to apply them to topological graphs. As the topological realizations of the projective Fraïssé limits we obtain the dendrite $D_3$, the Mohler-Nikiel universal dendroid, as well as new, interesting continua for which we do not yet have topological characterizations.
title Projective Fraïssé limits of trees with confluent epimorphisms
topic General Topology
Logic
url https://arxiv.org/abs/2312.16915