Theoretical analysis demonstrates a pairwise distributive law for semilattice congruences, indicating generalized distributivity across infinite families of principal congruences.
We show that the congruence lattice of a semilattice satisfies a form of distributivity relative to principal congruences of the form Θ t s, s. Particularly, we establish that semilattice congruences obey the “pairwise distributive law”: (∩ i ∈ w Ω ᵢ) Θ t s, s = ∩ k,r ∈ w ( (Ω ₖ ∩ Ω ᵣ) Θ t s, s ) for any two elements t and s and any family of congruences \ Ω ᵢ: i∈ w \, with w a possibly infinite set.
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Martín-Maroto et al. (2026) studied this question.
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