We propose a classification of knots in S¹ x S² that admit a longitudinal surgery to a lens space. Any lens space obtainable by longitudinal surgery on some knot in S¹ x S² may be obtained from a Berge–Gabai knot in a Heegaard solid torus of S¹ x S², as observed by Rasmussen. We show that there are yet two other families of knots: those that lie on the fiber of a genus one fibered knot and the ‘sporadic’ knots. Assuming results of Cebanu, we are able to further conclude that these three families constitute all the doubly primitive knots in S¹ x S². Thus we bring the classification of lens space surgeries on knots in S¹ x S² in line with the Berge Conjecture about lens space surgeries on knots in S³
We study Dehn surgeries along A’Campo’s divide knots ([A1, A2] and [H, GHY]:Under “divide ” theory, ...
We determine certain exceptional surgeries on a 3--parametric family of hyperbolic 1--bridge genus o...
This paper describes a Dehn surgery approach to generating asymmetric hyperbolic manifolds with two ...
35 pages, 32 figuresInternational audienceWe propose a classification of knots in S^1 x S^2 that adm...
We propose a classification of knots in S¹ x S² that admit a longitudinal surgery to a lens space. A...
AbstractIn [A. Deruelle, K. Miyazaki, K. Motegi, Networking Seifert surgeries on knots, Preprint], w...
It is an interesting open question when Dehn surgery on a knot in the 3-sphere S3 can produce a lens...
AbstractIn an earlier paper, we used the absolute grading on Heegaard Floer homology HF+ to give res...
We show that lens space surgeries on knots in $S^3$ which arise from the primitive/Seifert ...
In this paper we construct an infinite family of hyperbolic (1, 1)\u2013knots with two parameters, a...
Using work of Ozsváth and Szabó, we show that if a nontrivial knot in S3 admits a lens space surge...
Let $K$ be a hyperbolic knot in the 3-sphere. If $r$-surgery on $K$ yields a lens space, th...
We exhibit an infinite family of knots in the Poincare homology sphere with tunnel number 2 that hav...
Abstract. Hedden defined two knots in each lens space that, through analogies with their knot Floer ...
Berge introduced knots that are primitive/primitive with respect to the genus 2 Heegaard surface, F,...
We study Dehn surgeries along A’Campo’s divide knots ([A1, A2] and [H, GHY]:Under “divide ” theory, ...
We determine certain exceptional surgeries on a 3--parametric family of hyperbolic 1--bridge genus o...
This paper describes a Dehn surgery approach to generating asymmetric hyperbolic manifolds with two ...
35 pages, 32 figuresInternational audienceWe propose a classification of knots in S^1 x S^2 that adm...
We propose a classification of knots in S¹ x S² that admit a longitudinal surgery to a lens space. A...
AbstractIn [A. Deruelle, K. Miyazaki, K. Motegi, Networking Seifert surgeries on knots, Preprint], w...
It is an interesting open question when Dehn surgery on a knot in the 3-sphere S3 can produce a lens...
AbstractIn an earlier paper, we used the absolute grading on Heegaard Floer homology HF+ to give res...
We show that lens space surgeries on knots in $S^3$ which arise from the primitive/Seifert ...
In this paper we construct an infinite family of hyperbolic (1, 1)\u2013knots with two parameters, a...
Using work of Ozsváth and Szabó, we show that if a nontrivial knot in S3 admits a lens space surge...
Let $K$ be a hyperbolic knot in the 3-sphere. If $r$-surgery on $K$ yields a lens space, th...
We exhibit an infinite family of knots in the Poincare homology sphere with tunnel number 2 that hav...
Abstract. Hedden defined two knots in each lens space that, through analogies with their knot Floer ...
Berge introduced knots that are primitive/primitive with respect to the genus 2 Heegaard surface, F,...
We study Dehn surgeries along A’Campo’s divide knots ([A1, A2] and [H, GHY]:Under “divide ” theory, ...
We determine certain exceptional surgeries on a 3--parametric family of hyperbolic 1--bridge genus o...
This paper describes a Dehn surgery approach to generating asymmetric hyperbolic manifolds with two ...