activity
20222025
most citedOn the geometry of rod packings in the 3-torus

3 citations · 6 across the 5 of their papers we have counts for

collaborators

6 papers

math.GT2025

A robot that unknots knots

Connie On Yu Hui, Dionne Ibarra, Louis H. Kauffman +4

Consider a robot that remembers only the starting position and walks along a knot once on a knot diagram, switching every undercrossing it meets until it returns to the starting po…

math.GT2024

Volume bounds for hyperbolic rod complements in the 3-torus

Norman Do, Connie On Yu Hui, Jessica S. Purcell

The study of rod complements is motivated by rod packing structures in crystallography. We view them as complements of links comprised of Euclidean geodesics in the 3-torus. Recent…

math.GT2024

A lower bound for the volumes of modular link complements

Connie On Yu Hui, Dionne Ibarra, José Andrés Rodríguez Migueles

Every finite collection of oriented closed geodesics in the modular surface has a canonically associated link in its unit tangent bundle coming from the periodic orbits of the geod…

math.GT2023★ 2 cited

Modular links: Bunch algorithm and upper volume bounds

Connie On Yu Hui, José Andrés Rodríguez Migueles

In the 1970s, Williams developed an algorithm that has been used to construct and study modular links in the Lorenz template. We introduce an improved algorithm, which we call the…

math.GT2023★ 1 cited

A geometric classification of rod complements in the 3-torus

Connie On Yu Hui

Rod packings are used in crystallography to describe crystal structures with linear or zigzag chains of particles, and each rod packing can be topologically viewed as a collection…

math.GT2022★ 3 cited

On the geometry of rod packings in the 3-torus

Connie On Yu Hui, Jessica S. Purcell

Rod packings in the 3-torus encode information of some crystal structures in crystallography. They can be viewed as links in the 3-torus, and tools from 3-manifold geometry and top…