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Fibrations and lax limits of $(\infty,2)$-categories
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abstract
We study four types of (co)cartesian fibrations of $\infty$-bicategories over a given base $\mathcal{B}$, and prove that they encode the four variance flavors of $\mathcal{B}$-indexed diagrams of $\infty$-categories. We then use this machinery to set up a general theory of 2-(co)limits for diagrams valued in an $\infty$-bicategory, capable of expressing lax, weighted and pseudo limits. When the $\infty$-bicategory at hand arises from a model category tensored over marked simplicial sets, we show that this notion of 2-(co)limit can be calculated as a suitable form of a weighted homotopy limit on the model categorical level, thus showing in particular the existence of these 2-(co)limits in a wide range of examples. We finish by discussing a notion of cofinality appropriate to this setting and use it to deduce the unicity of 2-(co)limits, once exist.
Forward citations
Cited by 3 Pith papers
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Colimits in Oriented Category Theory
Oriented colimits generalize lax colimits and the Gray tensor product and yield a Gray-enriched straightening equivalence between presheaves and cocartesian fibrations of (∞,∞)-categories.
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Lectures on bar and cobar
The author unifies classical and derived bar and cobar constructions via twisted arrow categories of infinity-operads, giving new existence proofs and recovering classical comparison maps.
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Fibrations in Oriented Category Theory
The paper establishes several equivalent characterizations of fibrations of (∞,∞)-categories, shows the category of fibrations forms an oriented category, and constructs free, universal, and Grothendieck-construction ...
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