I am a quantum scientist. My research involves working at the intersection of mathematics, physics and computing.
In my current role, I am Lead R&D Scientist at Quantinuum within the Quantum Software Research Theory team based in Cambridge, UK. Previously, I was a postdoctoral researcher in the Computer Science Department at the University of Oxford. I completed my studies in mathematics at the University of Cambridge (B.A & Part III) and obtained my PhD in Physics from Imperial College London.
News and updates
- [08/25] New paper "Characterization of syndrome-dependent logical noise in detector regions" on arXiv
- [05/25] "Classical simulations of noisy variational quantum circuits" was published in npjQI
- [03/25] New paper on "Digital quantum magnetism at the frontier of classical simulations" on arXiv
- [10/24] New paper on "A Fourier analysis framework for approximate classical simulations of quantum circuits" out on arXiv
- [03/24] Invited talk at APS March meeting on "Quantum algorithms on noisy devices and the edge of classical simulations"
Research
Quantum Errors
Design of protocols for efficient characterisation of physical and logical errors.
Verification of quantum error-corrected computations.
Error mitigation and suppression at different layers of the quantum software stack.
Algorithms
Quantum algorithms for simulating properties of physical systems.
Demonstrations of quantum advantage.
Classical simulation algorithms for noisy quantum circuits.
Symmetries
Applications of representation theory and harmonic analysis to simulations of quantum circuits.
Resource theory of asymmetry.
Symmetries in quantum information theory.