AbstractQuandles with involutions that satisfy certain conditions, called good involutions, can be used to color non-orientable surface-knots. We use subgroups of signed permutation matrices to construct non-trivial good involutions on extensions of odd order dihedral quandles.For the smallest example R˜3 of order 6 that is an extension of the three-element dihedral quandle R3, various symmetric quandle homology groups are computed, and applications to the minimal triple point number of surface-knots are given
Quandle colorings and cocycle invariants are studied for composite knots, and applied to chirality a...
In this thesis we first give an introduction to knots, knot diagrams, and algebraic structures defin...
AbstractLower bounds for the Betti numbers for homology groups of racks and quandles will be given u...
AbstractQuandles with involutions that satisfy certain conditions, called good involutions, can be u...
AbstractThe triple point number of a surface-knot is defined to be the minimal number of triple poin...
AbstractThe unknotting or triple point cancelling number of a surface link F is the least number of ...
A quandle is a set with a binary operation that satisfies three axioms that corresponds to the three...
Motivated by the construction of free quandles and Dehn quandles of orientable surfaces, we introduc...
The unknotting or triple point cancelling number of a surface link F is the least number of 1-handle...
The 2-twist spun trefoil is an example of a sphere that is knotted in 4-dimensional space. Here this...
Knot theory has rapidly expanded in recent years. New representations of braid groups led to an extr...
Quandles are distributive algebraic structures that were introduced by David Joyce [24] in his P...
Abstract. The triple point number of a surface-knot is defined to be the minimal number of triple po...
AbstractState-sum invariants for knotted curves and surfaces using quandle cohomology were introduce...
AbstractIn this paper we describe three geometric applications of quandle homology. We show that it ...
Quandle colorings and cocycle invariants are studied for composite knots, and applied to chirality a...
In this thesis we first give an introduction to knots, knot diagrams, and algebraic structures defin...
AbstractLower bounds for the Betti numbers for homology groups of racks and quandles will be given u...
AbstractQuandles with involutions that satisfy certain conditions, called good involutions, can be u...
AbstractThe triple point number of a surface-knot is defined to be the minimal number of triple poin...
AbstractThe unknotting or triple point cancelling number of a surface link F is the least number of ...
A quandle is a set with a binary operation that satisfies three axioms that corresponds to the three...
Motivated by the construction of free quandles and Dehn quandles of orientable surfaces, we introduc...
The unknotting or triple point cancelling number of a surface link F is the least number of 1-handle...
The 2-twist spun trefoil is an example of a sphere that is knotted in 4-dimensional space. Here this...
Knot theory has rapidly expanded in recent years. New representations of braid groups led to an extr...
Quandles are distributive algebraic structures that were introduced by David Joyce [24] in his P...
Abstract. The triple point number of a surface-knot is defined to be the minimal number of triple po...
AbstractState-sum invariants for knotted curves and surfaces using quandle cohomology were introduce...
AbstractIn this paper we describe three geometric applications of quandle homology. We show that it ...
Quandle colorings and cocycle invariants are studied for composite knots, and applied to chirality a...
In this thesis we first give an introduction to knots, knot diagrams, and algebraic structures defin...
AbstractLower bounds for the Betti numbers for homology groups of racks and quandles will be given u...