Our approach establishes a natural correspondence between complete orthomodular lattices and certain types of quantales. Firstly, given a complete orthomodular lattice X, we associate with it a Foulis quantale \(\textbf{Lin}(X)\) consisting of its endomorphisms. This allows us to view X as a left module over \(\textbf{Lin}(X)\) , thereby introducing a novel fuzzy-theoretic perspective to the study of complete orthomodular lattices. Conversely, for any Foulis quantale Q, we associate a complete orthomodular lattice \([\,Q\,]\) that naturally forms a left Q-module. Furthermore, there exists a canonical homomorphism of Foulis quantales from Q to \(\textbf{Lin}([\,Q\,])\) .

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Foulis Quantales and Complete Orthomodular Lattices

  • Michal Botur,
  • Jan Paseka,
  • Richard Smolka

摘要

Our approach establishes a natural correspondence between complete orthomodular lattices and certain types of quantales. Firstly, given a complete orthomodular lattice X, we associate with it a Foulis quantale \(\textbf{Lin}(X)\) consisting of its endomorphisms. This allows us to view X as a left module over \(\textbf{Lin}(X)\) , thereby introducing a novel fuzzy-theoretic perspective to the study of complete orthomodular lattices. Conversely, for any Foulis quantale Q, we associate a complete orthomodular lattice \([\,Q\,]\) that naturally forms a left Q-module. Furthermore, there exists a canonical homomorphism of Foulis quantales from Q to \(\textbf{Lin}([\,Q\,])\) .