nLab
stable model category

Context

Model category theory

model category

Definitions

Morphisms

Universal constructions

Refinements

Producing new model structures

Presentation of (,1)-categories

Model structures

for -groupoids

for ∞-groupoids

for n-groupoids

for -groups

for -algebras

general

specific

for stable/spectrum objects

for (,1)-categories

for stable (,1)-categories

for (,1)-operads

for (n,r)-categories

for (,1)-sheaves / -stacks

Stable homotopy theory

Homological algebra

homological algebra

and

nonabelian homological algebra

Context

Basic definitions

Stable homotopy theory notions

Constructions

Lemmas

diagram chasing

Homology theories

Theorems

Contents

Idea

A stable model category is a 1-category structure used to present a stable (∞,1)-category in analogy to how a general model category encodes a general (∞,1)-category.

Defintion

A stable model category C is

Properties

Characterization

Proposition

Let C be a stable model category that is in addition

then there is a chain of sSet-enriched Quillen equivalences linking C to the the spectrum-enriched functor category

CSpCat((S),Sp)C \simeq Sp Cat(\mathcal{E}(S), Sp)

equipped with the global model structure on functors, where (S) is the Sp-enriched category given by…

This is theorem 3.3.3 in (Schwede-Shipley)

Remark

Notice the similarity (but superficial difference: sSet/Sp-enrichment localization/no-localization) to the stable Giraud theorem discussed at stable (∞,1)-category.

Moreover, by Schwede-Shipley 03 theorems, 3.1.1, 3.3.3, 3.8.2 stable model categories equivalent (by zig-zags of Quillen equivalences) to categories of module spectra over some ring spectrum. If that is an Eilenberg-MacLane spectrum, then this identifies the corresponding stable model categories with the model structure on unbounded chain complexes.

References

Revised on August 28, 2012 01:43:27 by Urs Schreiber (89.204.130.6)