activity
20082025
most citedQuantum traces for representations of surface groups in SL_2

69 citations · 178 across the 15 of their papers we have counts for

collaborators

18 papers

math.GT2025

A relationship between the Kauffman bracket skein algebras and Roger-Yang skein algebras of some small surfaces

Chloe Marple, Helen Wong

We calculate the Roger-Yang skein algebra of the annulus with two interior punctures, , and show there is a surjective homomorphism from this algebra…

math.GT2022

Asymptotics of quantum invariants of surface diffeomorphisms II: The figure-eight knot complement

Francis Bonahon, Helen Wong, Tian Yang

In earlier work, the authors introduced a conjecture which, for an orientation-preserving diffeomorphism of a surface, connects a certain quantum invariant of …

math.GT2022★ 1 cited

Consequences of the compatibility of skein algebra and cluster algebra on surfaces

Han-Bom Moon, Helen Wong

We investigate two algebra of curves on a topological surface with punctures - the cluster algebra of surfaces defined by Fomin, Shapiro, and Thurston, and the generalized skein al…

math.GT2021

Asymptotics of quantum invariants of surface diffeomorphisms I: conjecture and algebraic computations

Francis Bonahon, Helen Wong, Tian Yang

The Kashaev-Murakami-Murakami Volume Conjecture connects the hyperbolic volume of a knot complement to the asymptotics of certain evaluations of the colored Jones polynomials of th…

math.GT2019

The Roger-Yang skein algebra and the decorated Teichmuller space

Han-Bom Moon, Helen Wong

Based on hyperbolic geometric considerations, Roger and Yang introduced an extension of the Kauffman bracket skein algebra that includes arcs. In particular, their skein algebra is…

quant-ph2019

The Search For Leakage-free Entangling Fibonacci Braiding Gates

Shawn X. Cui, Kevin T. Tian, Jennifer F. Vasquez +2

It is an open question if there are leakage-free entangling Fibonacci braiding gates. We provide evidence to the conjecture for the negative in this paper. We also found a much sim…