Models for knot spaces and Atiyah duality
arXiv:2003.03815 · doi:10.2140/agt.2024.24.183
Abstract
Let be the space of smooth embeddings from the circle to a closed manifold of dimension . We study a cosimplicial model of in stable categories, using a spectral version of Poincaré-Lefschetz duality called Atiyah duality. We actually deal with a notion of a comodule instead of the cosimplicial model, and prove a comodule version of the duality. As an application, we introduce a new spectral sequence converging to for simply connected and for major coefficient rings. Using this, we compute in low degrees with some conditions on , . We also prove the inclusion to the immersions induces an isomorphism on for some simply connected -manifolds, related to a question posed by Arone and Szymik. We also prove an equivalence of singular cochain complex of and a homotopy colimit of chain complexes of a Thom spectrum of a bundle over a comprehensible space. Our key ingredient is a structured version of the duality due to R. Cohen.
arXiv comment56 pages, errors corrected
References in corpus (15)
- Embeddings from the point of view of immersion theory: Part I
- Two kinds of derived categories, Koszul duality, and comodule-contramodule correspondence
- Embeddings from the point of view of immersion theory: Part II
- On the homotopy groups of symmetric spectra
- An algebraic model for commutative HZ-algebras
- The rational homology of spaces of long knots in codimension >2
- A family of embedding spaces
- Multiple disjunction for spaces of smooth embeddings
- On the rational homology of high dimensional analogues of spaces of long knots
- Homotopy theory of non-symmetric operads
- A model for configuration spaces of points
- On invariants and homology of spaces of knots in arbitrary manifolds
- The Lambrechts-Stanley Model of Configuration Spaces
- Spaces of knotted circles and exotic smooth structures
- Galois symmetries of knot spaces