activity
20082020
most citedThe Theory of Pseudoknots

32 citations · 89 across the 13 of their papers we have counts for

collaborators

17 papers

math.GT2020

Virtual Mosaic Knot Theory

Sandy Ganzell, Allison Henrich

Mosaic diagrams for knots were first introduced in 2008 by Lomanoco and Kauffman for the purpose of building a quantum knot system. Since then, many others have explored the struct…

math.GT2020★ 1 cited

Petal Projections, Knot Colorings and Determinants

Allison Henrich, Roshni Thangavelu Truax

An übercrossing diagram is a knot diagram with only one crossing that may involve more than two strands of the knot. Such a diagram without any nested loops is called a petal proje…

math.CO2019★ 2 cited

The Region Smoothing Swap Game

Allison Henrich, Inga Johnson, Jonah Ostroff

We introduce a topological combinatorial game called the Region Smoothing Swap Game. The game is played on a game board derived from the connected shadow of a link diagram on a (po…

math.GT2017

Knot Fertility and Lineage

Jason Cantarella, Allison Henrich, Elsa Magness +4

In this paper, we introduce a new type of relation between knots called the descendant relation. One knot is a descendant of another knot if can be obtained from a mini…

math.GT2016

Tangle Insertion Invariants for Pseudoknots, Singular Knots, and Rigid Vertex Spatial Graphs

Allison Henrich, Louis H. Kauffman

The notion of a pseudoknot is defined as an equivalence class of knot diagrams that may be missing some crossing information. We provide here a topological invariant schema for pse…

math.GT2014

The Signed Weighted Resolution Set is Not a Complete Pseudoknot Invariant

Allison Henrich, Slavik Jablan, Inga Johnson

When the signed weighted resolution set was defined as an invariant of pseudoknots, it was unknown whether this invariant was complete. Using the Gauss-diagrammatic invariants of p…