Simplicial Homotopy Theory
By Paul G. Goerss, John F. Jardine. 2009
1,465 citations recorded by the source corpus.
Subfields: Computational Theory and Mathematics, Management Science and Operations Research, Mathematical Physics, Pure Mathematics
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Computational Theory and Mathematics
- Emily Riehl
- John Healy
- Leland McInnes
- Carlos Simpson
- Andrew Justin Blumberg
- Kathleen Ponto
- D. Gepner
- Jon P. May
In Management Science and Operations Research
- Gonçalo Tabuada
- A. Asok
- Denis-Charles Cisinski
- Marc Hoyois
- John E. Harper
- O. Randal-Williams
- Johannes Ebert
- Jacob Lurie
In Mathematical Physics
- D. Gepner
- Denis-Charles Cisinski
- Andrew Justin Blumberg
- Gonçalo Tabuada
- Marc Hoyois
- Emily Riehl
- Clark Barwick
- Kathleen Ponto
In Pure Mathematics
- Emily Riehl
- Benoit Fresse
- F. Lárusson
- F. Forstnerič
- Kathleen Ponto
- Jacob Lurie
- Gunnar E. Carlsson
- A. Henriques
Citations in the corpus
- UMAP: Uniform Manifold Approximation and Projection for Dimension Reduction (2018, background): “These functors are the natural extension of the classical realization and singular set functors from algebraic topology (see [7] or [16] for example).”
- The simplicial model of Univalent Foundations (after Voevodsky) (2012, positive): “For the homotopy-theoretic aspects, [GJ09] and [Hov99] are both excellent and sufficient references.”
- Props in model categories and homotopy invariance of structures (2008, background): “2125] and further references therein); – the category of simplicial sets S (see for instance [16] and [24, §3]); – the category of (possibly unbounded) dg-modules dg kMod, where k denotes any fixed ground ring (see for instance [24, §2.”
- Symmetric monoidal structure on non-commutative motives (2010, background): “The reader unfamiliar with this language is invited to consult Goerss & Jardine [20], Hirschhorn [23], Hovey [24], or Quillen’s ha l-0 04 61 94 1, v er si on 1 7 M ar 2 01 0”
- Cotorsion pairs and model categories (2007, background): “It is not at allobvious that this is a cotorsion pair,or what cotorsion m odules look like.”
- A universal characterization of higher algebraic K-theory (2010, background): “ objects. In model categories, there is a well-developed theory of Bousfield localization (e.g., Hirschhorn’s comprehensive discussion in [42], Goerss and Jardine’s treatment in the simplicial setting [37], or the exposition of Smith’s theory for combinatorial model categories in [2]). Because locali”
- Reparametrizations of continuous paths (2007, background): “estigation of invariantsofd-spacesin [15]. Further possibleareasofapplicationofthe results (and of higher-dimensionsal generalisations still to be investigated) include categorical homotopytheoryasin [8], categorifiedgaugetheoryasin [1] andn-transporttheory; cf. the blog “The n-category caf´e” at htt”