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Pseudocommutativity and Lax Idempotency for Relative Pseudomonads

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arxiv 2304.14788 v4 pith:UI7TKVV2 submitted 2023-04-28 math.CT

classification math.CT
keywords relativepseudomonadworkstrongpseudocommutativeclassicalextendmonads
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We extend the classical work of Kock on strong and commutative monads, as well as the work of Hyland and Power for 2-monads, in order to define strong and pseudocommutative relative pseudomonads. In order to achieve this, we work in the more general setting of 2-multicategories rather than monoidal 2-categories. We prove analogous implications to the classical work: that a strong relative pseudomonad is a pseudo-multifunctor, and that a pseudocommutative relative pseudomonad is a multicategorical pseudomonad. Furthermore, we extend the work of L\'opez Franco with a proof that a lax-idempotent strong relative pseudomonad is pseudocommutative. We apply the results of this paper to the example of the presheaf relative pseudomonad.

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  1. Bidirectional Elaborators \`a la Carte

    cs.PL 2026-07 accept novelty 7.0 of 10

    A monadic DSL yields correct-by-construction, substitution-stable bidirectional elaborators for Martin-Löf type theory that extract algebraically from a presheaf model.

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