Admissibility and rectification of colored symmetric operads
arXiv:1410.5675 · doi:10.1112/topo.12008
Abstract
We establish a highly flexible condition that guarantees that all colored symmetric operads in a symmetric monoidal model category are admissible, i.e., the category of algebras over any operad admits a model structure transferred from the original model category. We also give a necessary and sufficient criterion that ensures that a given weak equivalence of admissible operads admits rectification, i.e., the corresponding Quillen adjunction between the categories of algebras is a Quillen equivalence. In addition, we show that Quillen equivalences of underlying symmetric monoidal model categories yield Quillen equivalences of model categories of algebras over operads. Applications of these results include enriched categories, colored operads, prefactorization algebras, and commutative symmetric ring spectra.
34 pages. Comments and questions are very welcome. v2: The first 7 sections were split off to arXiv:1510.04969. Added a rectification result for algebras over quasicategorical operads. v3: Identical to the journal version except for formatting, style, and additional details in the proof of Proposition 7.9. v4: Corrected the proof of Theorem 7.5
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- Higher Topos Theory
- On (Enriched) Left Bousfield Localization of Model Categories
- On homotopy invariance for algebras over colored PROPs
- Homotopy theory of non-symmetric operads
- The accessibility rank of weak equivalences
- Corrections to "Homotopy theory of nonsymmetric operads, I, II"
- Homotopy theory of Spectral categories
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