Reference. Extensions of representation stable categories
A category of FI type is one which is sufficiently similar to finite sets and injections so as to admit nice representation stability results. Several common examples admit a Grothendieck fibration to finite sets and injections. We begin by carefully reviewing the theory of fibrations of categories with motivating examples relevant to algebra and representation theory. We classify which functors between FI type categories are fibrations, and thus obtain sufficient conditions for an FI type category to be the result of a Grothendieck construction.
Cite
Cites 21 works (0 here)
External (21)
- Monoid extensions and the Grothendieck construction (2021)
- 2-Dimensional Categories (2020)
- Dévissage and localization for the Grothendieck spectrum of varieties (2018)
- Fibered Categories a la Jean Benabou (2018)
- Can we always make a strictly functorial choice of pullbacks/re-indexing (2017)
- Categories of FI type: A unified approach to generalizing representation stability and character polynomials (2016)
- Pseudo-Kan Extensions and Descent Theory (2016)
- Representations of categories of G-maps (2014)
- Gröbner methods for representations of combinatorial categories (2014)
- Noetherian property of infinite EI categories (2014)
- FI-modules over Noetherian rings (2012)
- Framed Bicategories and Monoidal Fibrations (2007)
- Lectures on N-Categories and Cohomology (2006)
- An introduction to Grothendieck topologies, fibered categories and descent theory (2004)
- Sketches of an Elephant: A Topos Theory Compendium Volume 1 (2002)
- Categorical Logic and Type Theory (2001)
- Twisted Actions and Obstructions in Group Cohomology (2000)
- Handbook of categorical algebra 2: categories and structures (1994)
- On Fibred Adjunctions and Completeness for Fibred Categories (1992)
- Fibred and Cofibred Categories (1966)
- Catégories fibrées et descente (1961)