In knot theory, a knot may have an invariant which is easily computed but difficult to understand geometrically and another invariant which is easily understood but quite difficult to compute. Knot theorists attempt to relate these two types of invariants. The Morton-Franks-Williams Inequality relates the easily understood braid index to the HOMFLY polynomial, which is straightforward to compute. We investigate the definition, theorems, and topics essential to understand the inequality, its implications, and the proof presented by J. Franks and R.F. Williams. Additionally, we prove that the Morton-Franks-Williams Inequality is sharp for all twist knots
Since discovery of the Jones polynomial, knot theory has enjoyed a virtual explosion of important re...
An elementary introduction to knot theory and its link to quantum field theory is presented with an ...
The Jones Polynomial is a specific knot invariant that can yield extremely useful information; howev...
We use Ozsvath, Stipsicz, and Szabo's Upsilon invariant to provide bounds on cobordisms between knot...
AbstractMorton and Franks–Williams independently gave a lower bound for the braid index b(L) of a li...
AbstractThe Morton–Franks–Williams inequality for a link gives a lower bound for the braid index in ...
We study the Morton-Franks-Williams inequality for closures of simple braids (also known as positive...
This report will spend the majority of its time discussing two polynomial invariants. First we will ...
In this MSc thesis, which deals with certain topics from knot theory, we will engage with the proble...
This chapter gives an expository account of some unexpected connections which have arisen over the l...
We generalize the braid algebra to the case of loops with intersections. We introduce the Reidemeist...
AbstractRasmussen introduced a knot invariant based on Khovanov homology theory, and showed that thi...
We discuss the Jones-Conway polynomial, also known as Homfly polynomial. It is a knot invari-ant, an...
In the present thesis we consider polynomial knot invariants and their properties. We discuss a conn...
There are obvious inequalities relating the Nakanishi index of a knot, the bridge number, the degree...
Since discovery of the Jones polynomial, knot theory has enjoyed a virtual explosion of important re...
An elementary introduction to knot theory and its link to quantum field theory is presented with an ...
The Jones Polynomial is a specific knot invariant that can yield extremely useful information; howev...
We use Ozsvath, Stipsicz, and Szabo's Upsilon invariant to provide bounds on cobordisms between knot...
AbstractMorton and Franks–Williams independently gave a lower bound for the braid index b(L) of a li...
AbstractThe Morton–Franks–Williams inequality for a link gives a lower bound for the braid index in ...
We study the Morton-Franks-Williams inequality for closures of simple braids (also known as positive...
This report will spend the majority of its time discussing two polynomial invariants. First we will ...
In this MSc thesis, which deals with certain topics from knot theory, we will engage with the proble...
This chapter gives an expository account of some unexpected connections which have arisen over the l...
We generalize the braid algebra to the case of loops with intersections. We introduce the Reidemeist...
AbstractRasmussen introduced a knot invariant based on Khovanov homology theory, and showed that thi...
We discuss the Jones-Conway polynomial, also known as Homfly polynomial. It is a knot invari-ant, an...
In the present thesis we consider polynomial knot invariants and their properties. We discuss a conn...
There are obvious inequalities relating the Nakanishi index of a knot, the bridge number, the degree...
Since discovery of the Jones polynomial, knot theory has enjoyed a virtual explosion of important re...
An elementary introduction to knot theory and its link to quantum field theory is presented with an ...
The Jones Polynomial is a specific knot invariant that can yield extremely useful information; howev...