AbstractHigher order link polynomials were defined by combining ingredients from link polynomials and Vassiliev invariants. It has been proved that each nth partial derivative of the Homfly polynomials is an nth order Homfly polynomial. This naturally raises two questions:Question 1. Are these partial derivatives linearly independent?Question 2. Do they span the space of higher order link polynomials?In this paper, we give an affirmative answer to Question 1. As a by-product, we determine all the higher order Conway polynomials
We present an expansion of the homfly polynomial P(D, z, a) of a link diagram D in terms of its circ...
AbstractWe investigate how a self-delta move, which is a delta move on the same component, influence...
This thesis presents an investigation of many known polynomial invariants of knots and links. Follow...
AbstractHigher order link polynomials were defined by combining ingredients from link polynomials an...
AbstractThe higher order link polynomials are a class of link invariants related to both Homfly poly...
AbstractThe higher order link polynomials are a class of link invariants related to both Homfly poly...
We prove that the number of linearly independent Vassiliev invariants for an r-component link of ord...
This report will spend the majority of its time discussing two polynomial invariants. First we will ...
AbstractWe give a criterion to detect whether the derivatives of knot polynomials at a point are Vas...
In the three main sections of this thesis (chapters II, III, and IV; chapter I consists of definitio...
In this MSc thesis, which deals with certain topics from knot theory, we will engage with the proble...
Abstract. We show that for a special alternating link diagram, the follow-ing three polynomials are ...
AbstractWe introduce a graph diagram which can be regarded as a generalized link diagram. By using i...
In the present thesis we consider polynomial knot invariants and their properties. We discuss a conn...
Abstract. J.P. Levine showed that the Conway polynomial of a link is a product of two factors: one i...
We present an expansion of the homfly polynomial P(D, z, a) of a link diagram D in terms of its circ...
AbstractWe investigate how a self-delta move, which is a delta move on the same component, influence...
This thesis presents an investigation of many known polynomial invariants of knots and links. Follow...
AbstractHigher order link polynomials were defined by combining ingredients from link polynomials an...
AbstractThe higher order link polynomials are a class of link invariants related to both Homfly poly...
AbstractThe higher order link polynomials are a class of link invariants related to both Homfly poly...
We prove that the number of linearly independent Vassiliev invariants for an r-component link of ord...
This report will spend the majority of its time discussing two polynomial invariants. First we will ...
AbstractWe give a criterion to detect whether the derivatives of knot polynomials at a point are Vas...
In the three main sections of this thesis (chapters II, III, and IV; chapter I consists of definitio...
In this MSc thesis, which deals with certain topics from knot theory, we will engage with the proble...
Abstract. We show that for a special alternating link diagram, the follow-ing three polynomials are ...
AbstractWe introduce a graph diagram which can be regarded as a generalized link diagram. By using i...
In the present thesis we consider polynomial knot invariants and their properties. We discuss a conn...
Abstract. J.P. Levine showed that the Conway polynomial of a link is a product of two factors: one i...
We present an expansion of the homfly polynomial P(D, z, a) of a link diagram D in terms of its circ...
AbstractWe investigate how a self-delta move, which is a delta move on the same component, influence...
This thesis presents an investigation of many known polynomial invariants of knots and links. Follow...