I am a Quantum Algorithm Scientist at Alice & Bob. My research interests lie at the intersection of quantum computing applications and their compilation. The main focus of my research is studying quantum algorithms as use cases for fault-tolerant quantum computers, breaking them down into small reusable building blocks and estimating their logical and physical resources. You can find some of my recent work highlighted below.
I obtained my PhD in pure mathematics at the University of Waterloo, where I studied operator algebras under the supervision of Matt Kennedy. My research focused on C*-dynamical systems, operator systems and connections between operator algebras and quantum information theory. You can find my thesis here.
Selected publications & preprints
Quantum Resource Estimation for Simulating the
SYK Model with Trotterization, qDRIFT, and Asymmetric
Qubitization
joint with Brian Goldsmith and Nishna Aerabati,
IEEE QCE 2026, ArXiv preprint: https://arxiv.org/abs/2608.27573
The NPA hierarchy does not always attain the
commuting operator value
joint with Marco Fanizza, Arthur Mehta, Connor Paddock,
Denis Rochette, William Slofstra and Yuming Zhao,
to appear in Quantum, Arxiv preprint: https://arxiv.org/abs/2510.04943