We describe some problems, observations, and conjectures concerning density of the hexagonal packing of unit disks in R2.thickness and packing density of knots and links in S3 and R3. We prove the thickness of a nontrivial knot or link in S3 is no more than 4 , the thickness of a Hopf link. We also give arguments and evidence supporting the conjecture that the packing density of thick links in R3 or S3 is generally less than √12 , the density of the hexagonal packing of unit disks in R2
AbstractWe bound several quantities related to the packing density of the patterns 1(ℓ+1)ℓ⋯2. These ...
The physical properties of knotted and linked configurations in space have long been of interest to ...
We have previously explored cylindrical packings of disks and their relation to sphere packings. Her...
In this paper we define a set of radii called thickness for simple closed curves denoted by K, which...
AbstractLet L be a link in S3 that is in thin position but not in bridge position and let P be a thi...
Ho Wing Yin.Thesis (M.Phil.)--Chinese University of Hong Kong, 2006.Includes bibliographical referen...
Abstract. Let k be a knot in S3. In [8], H.N. Howards and J. Schultens introduced a method to constr...
This document is composed of a series of articles in discrete geometry, each solving a problem in pa...
Classical knot theory studies one-dimensional filaments; in this paper we model knots as more physic...
AbstractClassical knot theory studies one-dimensional filaments; in this paper we model knots as mor...
The thickness of a knot is the radius of the thickest rope with which the knot could be tied. Basic ...
this paper we study physical knots; that is, knots tied (as closed loops) in real pieces of rope, wh...
ii This thesis concerns optimal packing problems of tubes, or thick curves, where thickness is defin...
This paper considers and relates several notions of energy and other measures of geometric complexit...
For a polygonal knot K, it is shown that a tube of radius R(K), the polygonal thickness radius, is a...
AbstractWe bound several quantities related to the packing density of the patterns 1(ℓ+1)ℓ⋯2. These ...
The physical properties of knotted and linked configurations in space have long been of interest to ...
We have previously explored cylindrical packings of disks and their relation to sphere packings. Her...
In this paper we define a set of radii called thickness for simple closed curves denoted by K, which...
AbstractLet L be a link in S3 that is in thin position but not in bridge position and let P be a thi...
Ho Wing Yin.Thesis (M.Phil.)--Chinese University of Hong Kong, 2006.Includes bibliographical referen...
Abstract. Let k be a knot in S3. In [8], H.N. Howards and J. Schultens introduced a method to constr...
This document is composed of a series of articles in discrete geometry, each solving a problem in pa...
Classical knot theory studies one-dimensional filaments; in this paper we model knots as more physic...
AbstractClassical knot theory studies one-dimensional filaments; in this paper we model knots as mor...
The thickness of a knot is the radius of the thickest rope with which the knot could be tied. Basic ...
this paper we study physical knots; that is, knots tied (as closed loops) in real pieces of rope, wh...
ii This thesis concerns optimal packing problems of tubes, or thick curves, where thickness is defin...
This paper considers and relates several notions of energy and other measures of geometric complexit...
For a polygonal knot K, it is shown that a tube of radius R(K), the polygonal thickness radius, is a...
AbstractWe bound several quantities related to the packing density of the patterns 1(ℓ+1)ℓ⋯2. These ...
The physical properties of knotted and linked configurations in space have long been of interest to ...
We have previously explored cylindrical packings of disks and their relation to sphere packings. Her...