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20142024
most citedMinimum lattice length and ropelength of 2-bridge knots and links

7 citations · 8 across the 7 of their papers we have counts for

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math.GT2024

Linking numbers of Montesinos links

Hyoungjun Kim, Sungjong No, Hyungkee Yoo

The linking number of an oriented two-component link is an invariant indicating how intertwined the two components are. Tuler proved that the linking number of a two-component rati…

math.GT2022

Chirality for simple graphs of size up to 12

Howon Choi, Hyoungjun Kim, Sungjong No

Chirality is one of the important assymmetrical property in wide area of natural science, which has been studied to predict molecular behavior. One of good methods to analyze molec…

math.GT2022

Ribbonlength of twisted torus knots

Hyoungjun Kim, Sungjong No, Hyungkee Yoo

The ribbonlength Rib of a knot is the infimum of the ratio of the length of any flat knotted ribbon with core to its width. A twisted torus knot is obtai…

math.GT2022

Folded ribbonlength of 2-bridge knots

Hyoungjun Kim, Sungjong No, Hyungkee Yoo

A ribbon is a two-dimensional object with one-dimensional properties which is related with geometry, robotics and molecular biology. A folded ribbon structure provides a complex st…

math.GT2014

Upper bounds on the minimal length of cubic lattice knots

Kyungpyo Hong, Sungjong No, Seungsang Oh

Knots have been considered to be useful models for simulating molecular chains such as DNA and proteins. One quantity that we are interested on molecular knots is the minimum numbe…

math.GT20141 cited

Minimum lattice length and ropelength of knots

Kyungpyo Hong, Hyoungjun Kim, Sungjong No +1

Let $\mbox{Len}(K)$ be the minimum length of a knot on the cubic lattice (namely the minimum length necessary to construct the knot in the cubic lattice). This paper provides upper…