Cabling and transverse simplicity
John B. Etnyre, Ko Honda
Abstract
We study Legendrian knots in a cabled knot type. Specifically, given a topological knot type K, we analyze the Legendrian knots in knot types obtained from K by cabling, in terms of Legendrian knots in the knot type K. As a corollary of this analysis, we show that the (2,3)-cable of the (2,3)-torus knot is not transversely simple and moreover classify the transverse knots in this knot type. This is the first classification of transverse knots in a non-transversely-simple knot type. We also classify Legendrian knots in this knot type and exhibit the first example of a Legendrian knot that does not destabilize, yet its Thurston-Bennequin invariant is not maximal among Legendrian representatives in its knot type.
Create a lesson
Related papers
Categorical and Floer-theoretic entropies: comparison and counting conjugacy classes in symplectic mapping class groups
Sangjin Lee
On nearly Lefschetz fibrations and spinal open books
Hyunki Min, Agniva Roy, Luya Wang
Decomposable concordances induce closed immersions
Roger Casals
Topological triviality of exact Lagrangian Cobordisms
Jean-François Barraud
Fiber-Connectivity of Almost-Toric Systems in Four-Dimension
Aerim Si
Partially wrapped contact Fukaya categories of 1-jet spaces
Hanming Liu