activity
20082022
most citedSkein theory for the D_{2n} planar algebras

70 citations · 207 across the 11 of their papers we have counts for

collaborators

12 papers

math.GT2022★ 1 cited

Conway Rational Tangles and the Thompson Group

Ariana Grymski, Emily Peters

There is a map, defined and studied by Jones, from Thompson's group to knots. Jones proved that every knot is in the image of this map -- that is, that every knot can be seen a…

math.GT2019★ 1 cited

Combinatorial Random Knots

Andrew Ducharme, Emily Peters

We explore free knot diagrams, which are projections of knots into the plane which don't record over/under data at crossings. We consider the combinatorial question of which free k…

math.QA2018★ 3 cited

The Extended Haagerup fusion categories

Pinhas Grossman, Scott Morrison, David Penneys +2

In this paper we construct two new fusion categories and many new subfactors related to the exceptional Extended Haagerup subfactor. The Extended Haagerup subfactor has two even pa…

math.QA2015

Categories generated by a trivalent vertex

Scott Morrison, Emily Peters, Noah Snyder

This is the first paper in a general program to automate skein theoretic arguments. In this paper, we study skein theoretic invariants of planar trivalent graphs. Equivalently, we…

math.OA2014★ 3 cited

Subfactors of index exactly 5

Masaki Izumi, Scott Morrison, David Penneys +2

We give the classification of subfactor planar algebras at index exactly 5. All the examples arise as standard invariants of subgroup subfactors. Some of the requisite uniqueness r…

math.OA2013★ 11 cited

Calculating two-strand jellyfish relations

David Penneys, Emily Peters

We construct subfactors where one of the principal graphs is a spoke graph using an algorithm which computes two-strand jellyfish relations. One of the subfactors we construct is a…