Higher quasi-categories vs higher Rezk spaces
arXiv:1206.4354 · doi:10.1017/S1865243315000021
Abstract
We introduce a notion of n-quasi-categories as fibrant objects of a model category structure on presheaves on Joyal's n-cell category Θ_n. Our definition comes from an idea of Cisinski and Joyal. However, we show that this idea has to be slightly modified to get a reasonable notion. We construct two Quillen equivalences between the model category of n-quasi-categories and the model category of Rezk Θ_n-spaces showing that n-quasi-categories are a model for (\infty, n)-categories. For n = 1, we recover the two Quillen equivalences defined by Joyal and Tierney between quasi-categories and complete Segal spaces.
44 pages, v2: terminology changed (see Remark 5.27), Corollary 7.5 added, appendix A added, references added, v3: reorganization of Sections 5 and 6, more informal comments, new section characterizing strict n-categories whose nerve is an n-quasi-category, numbering has changed
References in corpus (3)
Cited by in corpus (15)
- Comparison of models for -categories, II
- Model structures for -categories on (pre)stratified simplicial sets and prestratified simplicial spaces
- A homotopy coherent cellular nerve for bicategories
- A Quillen's Theorem A for strict -categories I: the simplicial proof
- The Gray tensor product for 2-quasi-categories
- Quasi-Categories vs. Segal Spaces: Cartesian Edition
- An -categorical pasting theorem
- Categories of graphs for operadic structures
- On autoequivalences of the (\infty, 1)-category of \infty-operads
- Inner horns for 2-quasi-categories
- Quasi-2-Segal sets
- Homotopy theories of -categories as universal fixed points with respect to enrichment
- Joyal's cylinder conjecture
- A cubical model for -categories
- Discreteness and completeness for -models of -categories