AbstractFor a knot K the cube number is a knot invariant defined to be the smallest n for which there is a cube diagram of size n for K. There is also a Legendrian version of this invariant called the Legendrian cube number. We will show that the Legendrian cube number distinguishes the Legendrian left hand torus knots with maximal Thurston–Bennequin number and maximal rotation number from the Legendrian left hand torus knots with maximal Thurston–Bennequin number and minimal rotation number
A basic problem in contact topology is to determine whether two Legendrian knots or links are equiva...
to accompany the paper “An atlas of Legendrian knots ” by the authors [2]. This file was last change...
to accompany the paper “An atlas of Legendrian knots ” by the authors [2]. This file was last change...
Abstract. For a knot K the cube number is a knot invariant defined to be the smallest n for which th...
AbstractFor a knot K the cube number is a knot invariant defined to be the smallest n for which ther...
For a knot K the cube number is a knot invariant defined to be the smallest n for which there is a c...
For a knot K the cube number is a knot invariant defined to be the smallest n for which there is a c...
Abstract. For a knot K the cube number is a knot invariant defined to be the smallest n for which th...
For a knot K the cube number is a knot invariant defined to be the smallest n for which there is a c...
Abstract. We investigate Legendrian graphs in (R3, ξstd). We extend the classical invariants, Thurst...
The table depicts conjectural classifications of Legendrian knots in all prime knot types of arc ind...
Abstract. In this article we give necessary and sufficient conditions for two triples of integers to...
We write a program in Java to generate all grid diagrams of up to size 10. Using equivalence between...
A basic problem in contact topology is to determine whether two Legendrian knots or links are equiva...
In this paper we show how to combinatorially compute the rotation class of a large family of embedde...
A basic problem in contact topology is to determine whether two Legendrian knots or links are equiva...
to accompany the paper “An atlas of Legendrian knots ” by the authors [2]. This file was last change...
to accompany the paper “An atlas of Legendrian knots ” by the authors [2]. This file was last change...
Abstract. For a knot K the cube number is a knot invariant defined to be the smallest n for which th...
AbstractFor a knot K the cube number is a knot invariant defined to be the smallest n for which ther...
For a knot K the cube number is a knot invariant defined to be the smallest n for which there is a c...
For a knot K the cube number is a knot invariant defined to be the smallest n for which there is a c...
Abstract. For a knot K the cube number is a knot invariant defined to be the smallest n for which th...
For a knot K the cube number is a knot invariant defined to be the smallest n for which there is a c...
Abstract. We investigate Legendrian graphs in (R3, ξstd). We extend the classical invariants, Thurst...
The table depicts conjectural classifications of Legendrian knots in all prime knot types of arc ind...
Abstract. In this article we give necessary and sufficient conditions for two triples of integers to...
We write a program in Java to generate all grid diagrams of up to size 10. Using equivalence between...
A basic problem in contact topology is to determine whether two Legendrian knots or links are equiva...
In this paper we show how to combinatorially compute the rotation class of a large family of embedde...
A basic problem in contact topology is to determine whether two Legendrian knots or links are equiva...
to accompany the paper “An atlas of Legendrian knots ” by the authors [2]. This file was last change...
to accompany the paper “An atlas of Legendrian knots ” by the authors [2]. This file was last change...