Abstract. We study satellites of Legendrian knots in R3 and their relation to the Chekanov–Eliashberg differential graded algebra of the knot. In particular, we generalize the well-known correspondence be-tween rulings of a Legendrian knot in R3 and augmentations of its DGA by showing that the DGA has finite-dimensional representations if and only if there exist certain rulings of satellites of the knot. We derive several consequences of this result, notably that the question of exis-tence of ungraded finite-dimensional representations for the DGA of a Legendrian knot depends only on the topological type and Thurston– Bennequin number of the knot. 1
Theory is developed for linear-quadratic at infinity generating families for Legendrian knots in R3....
v2: 50 pages, added discussion in the introduction about geometric motivationInternational audienceW...
v2: 50 pages, added discussion in the introduction about geometric motivationInternational audienceW...
In this thesis, we study modern invariants of Legendrian knots on R3 with a standard contact structu...
The study of Legendrian knots lies within the larger elds of contact geometry and knot theory. The...
AbstractWe establish tools to facilitate the computation and application of the Chekanov–Eliashberg ...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Mathematics, 2001.Includes bibliogr...
Abstract. Differential graded algebra invariants are constructed for Legendrian links in the 1-jet s...
<p>For any Legendrian knot in R^3 with the standard contact structure, we show that the existence of...
Abstract. We define an algebraic/combinatorial object on the front projection Σ of a Legendrian knot...
Abstract. We provide a translation between Chekanov’s combinatorial theory for invari-ants of Legend...
In this article, we give a tangle approach in the study of Legendrian knots in the standardcontact t...
In this article, we give a tangle approach in the study of Legendrian knots in the standardcontact t...
Abstract. For a knot K the cube number is a knot invariant defined to be the smallest n for which th...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Mathematics, 2011.Cataloged from PD...
Theory is developed for linear-quadratic at infinity generating families for Legendrian knots in R3....
v2: 50 pages, added discussion in the introduction about geometric motivationInternational audienceW...
v2: 50 pages, added discussion in the introduction about geometric motivationInternational audienceW...
In this thesis, we study modern invariants of Legendrian knots on R3 with a standard contact structu...
The study of Legendrian knots lies within the larger elds of contact geometry and knot theory. The...
AbstractWe establish tools to facilitate the computation and application of the Chekanov–Eliashberg ...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Mathematics, 2001.Includes bibliogr...
Abstract. Differential graded algebra invariants are constructed for Legendrian links in the 1-jet s...
<p>For any Legendrian knot in R^3 with the standard contact structure, we show that the existence of...
Abstract. We define an algebraic/combinatorial object on the front projection Σ of a Legendrian knot...
Abstract. We provide a translation between Chekanov’s combinatorial theory for invari-ants of Legend...
In this article, we give a tangle approach in the study of Legendrian knots in the standardcontact t...
In this article, we give a tangle approach in the study of Legendrian knots in the standardcontact t...
Abstract. For a knot K the cube number is a knot invariant defined to be the smallest n for which th...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Mathematics, 2011.Cataloged from PD...
Theory is developed for linear-quadratic at infinity generating families for Legendrian knots in R3....
v2: 50 pages, added discussion in the introduction about geometric motivationInternational audienceW...
v2: 50 pages, added discussion in the introduction about geometric motivationInternational audienceW...