Spaces of smooth embeddings, disjunction and surgery
By T. Goodwillie, John R. Klein, Michael Weiss. 2005
58 citations recorded by the source corpus.
Subfields: Geometry and Topology, Mathematical Physics
View Paper: https://www.semanticscholar.org/paper/ff992de524de84e0b9f8eb66e5a9c46e7051f3f7
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Geometry and Topology
- Dev Sinha
- Ryan Budney
- Ismar Volic
- James F. Conant
- Victor Turchin
- Victor Tourtchine
- Thomas Willwacher
- B. Munson
In Mathematical Physics
- Dev Sinha
- Ismar Volic
- Ryan Budney
- Victor Turchin
- James F. Conant
- Victor Tourtchine
- Thomas Willwacher
- B. Munson
Citations in the corpus
- Operads and knot spaces (2004, methodology): “tower (or for the homotopy fibers of Tk →Tk−1, which are called layers), either as spaces of sections as in section nine of [43] or as mapping spaces with strongly defined equivariance properties as in [16]. In the case of knots we have developed three closely-related models for these polynomial appro”
- Finite type knot invariants and the calculus of functors (2004, background): “ to the stages of the Taylor tower for K. 4. Taylor towerfor thespaceof knots Building on general theory of calculus of functors developed by Goodwillie [13, 14, 15], Weiss develops in [32] (also see [17]) a certain tower for studying the space of embeddings of one manifold in another. The stages of”
- New perspectives on self-linking (2003, background): “The computations of these homotopy types can be determined quickly if one cites Theorem 2.17 and builds on the analysis of the embedding tower for knots of Goodwillie and Weiss in section five of [16], or alternately if one uses the cosimplicial model for this embedding tower as first envisioned by ”