This analysis introduces etale spaces and bundles in residuated lattices, showing their coreflective properties and implications.
In this study, we explore '{e}tal'{e} spaces associated with residuated lattices and introduce foundational notions such as bundles and '{e}tal'{e} spaces over a topological base. Given a topological space B, we show that the category of '{e}tal'{e} spaces of residuated lattices over B, together with their morphisms, constitutes a coreflective subcategory of the category of residuated lattice bundles. We further develop a method for transferring '{e}tal'{e} spaces between topological spaces via continuous mappings. Lastly, we define the section functor, a contravariant functor from the category of '{e}tal'{e} spaces with inverse morphisms to the category of residuated lattices.
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Rasouli et al. (2025) studied this question.
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