Orthogonality spaces associated with posets

Fuente: arXiv
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Autore principale: Jenča, Gejza
Natura: Preprint
Pubblicazione: 2022
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author Jenča, Gejza
author_facet Jenča, Gejza
contents An orthogonality space is a set equipped with a symmetric, irreflexive relation called orthogonality. Every orthogonality space has an associated complete ortholattice, called the logic of the orthogonality space. To every poset, we associate an orthogonality space consisting of proper quotients (that means, nonsingleton closed intervals), equipped with a certain orthogonality relation. We prove that a finite bounded poset is a lattice if and only if the logic of its orthogonality space is an orthomodular lattice. We prove that that a poset is a chain if and only if the logic of the associated orthogonality space is a Boolean algebra.
format Preprint
id arxiv_https___arxiv_org_abs_2206_08113
institution arXiv
publishDate 2022
record_format arxiv
spellingShingle Orthogonality spaces associated with posets
Jenča, Gejza
Rings and Algebras
2020: 06A06, 06C15
An orthogonality space is a set equipped with a symmetric, irreflexive relation called orthogonality. Every orthogonality space has an associated complete ortholattice, called the logic of the orthogonality space. To every poset, we associate an orthogonality space consisting of proper quotients (that means, nonsingleton closed intervals), equipped with a certain orthogonality relation. We prove that a finite bounded poset is a lattice if and only if the logic of its orthogonality space is an orthomodular lattice. We prove that that a poset is a chain if and only if the logic of the associated orthogonality space is a Boolean algebra.
title Orthogonality spaces associated with posets
topic Rings and Algebras
2020: 06A06, 06C15
url https://arxiv.org/abs/2206.08113