Implicative-ortholattices as orthogonality spaces

Fuente: arXiv
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Autor principal: Ciungu, Lavinia Corina
Formato: Preprint
Publicado: 2025
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author Ciungu, Lavinia Corina
author_facet Ciungu, Lavinia Corina
contents We obtain an orthogonality space by endowing an implicative-ortholattice with a suitable orthogonality relation; for such spaces, we also investigate the particular case of implicative-orthomodular lattices. Moreover, we define the commutativity relation between two elements of an implicative-ortholattice, as well as the Sasaki projections on this structure. Furthermore, we characterize the implicative-orthomodular lattices and implicative-Boolean algebras, showing that the center of an implicative-orthomodular lattice is an implicative-Boolean algebra. We prove that an implicative-ortholattice is an implicative-orthomodular lattice if and only if it admits a full Sasaki set of projections. Finally, based on Sasaki maps on implicative-ortholattices, we introduce the notion of Sasaki spaces, proving that when a complete implicative-ortholattice admits a full Sasaki set of projections, it is a Sasaki space. We also provide a characterization of Dacey spaces arising from implicative-ortholattices.
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institution arXiv
publishDate 2025
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spellingShingle Implicative-ortholattices as orthogonality spaces
Ciungu, Lavinia Corina
General Mathematics
We obtain an orthogonality space by endowing an implicative-ortholattice with a suitable orthogonality relation; for such spaces, we also investigate the particular case of implicative-orthomodular lattices. Moreover, we define the commutativity relation between two elements of an implicative-ortholattice, as well as the Sasaki projections on this structure. Furthermore, we characterize the implicative-orthomodular lattices and implicative-Boolean algebras, showing that the center of an implicative-orthomodular lattice is an implicative-Boolean algebra. We prove that an implicative-ortholattice is an implicative-orthomodular lattice if and only if it admits a full Sasaki set of projections. Finally, based on Sasaki maps on implicative-ortholattices, we introduce the notion of Sasaki spaces, proving that when a complete implicative-ortholattice admits a full Sasaki set of projections, it is a Sasaki space. We also provide a characterization of Dacey spaces arising from implicative-ortholattices.
title Implicative-ortholattices as orthogonality spaces
topic General Mathematics
url https://arxiv.org/abs/2503.01848