Adjointness and residuation in implicative-ortholattices

Abstract We introduce the mutually adjoint maps on implicative-ortholattices, and we give equivalent conditions for two monotone maps to be mutually adjoint. We also study the adjoint pairs on implicative-ortholattices defined by Sasaki projections, giving a characterization of implicative-orthomodular lattices by adjoint pairs. Moreover, we characterize the implicative-orthomodular lattices by projections in the involution semigroup of their monotone maps having an adjoint. By defining certain Sasaki operations, we prove that an implicative-orthomodular lattice can be transformed into a right residuated po-groupoid. Finally, adding the lattice operations on an implicative-orthomodular lattice, we obtain a weakly divisible and prelinear right residuated lattice.

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Publication Details

Journal
Mathematica Slovaca
Published
2026-05-19
DOI
https://doi.org/10.1515/ms-2026-0021
Primary Topic
Advanced Algebra and Logic
Type
article
Field-Weighted Citation Impact
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article

Adjointness and residuation in implicative-ortholattices

Lavinia Corina Ciungu
Mathematica Slovaca
Advanced Algebra and Logic
article

Adjointness and residuation in implicative-ortholattices

Lavinia Corina Ciungu
article en

Abstract

Abstract We introduce the mutually adjoint maps on implicative-ortholattices, and we give equivalent conditions for two monotone maps to be mutually adjoint. We also study the adjoint pairs on implicative-ortholattices defined by Sasaki projections, giving a characterization of implicative-orthomodular lattices by adjoint pairs. Moreover, we characterize the implicative-orthomodular lattices by projections in the involution semigroup of their monotone maps having an adjoint. By defining certain Sasaki operations, we prove that an implicative-orthomodular lattice can be transformed into a right residuated po-groupoid. Finally, adding the lattice operations on an implicative-orthomodular lattice, we obtain a weakly divisible and prelinear right residuated lattice.

Mathematica Slovaca
St. Francis College (US)
Openalex Percentile: Top 3%
Advanced Algebra and Logic
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