I lead the Quantum Information, Computation and Cryptography group, and we work on a broad spectrum of problems in quantum computing, from applications and algorithms through to quantum error correction. We work with experimentalists and with quantum companies to develop optimised platforms to best tailor quantum applications to hardware. This includes developing new and improved ways to deal with errors (error correction and mitigation techniques) in quantum computers while we also use classical supercomputers to squeeze out as much performance from quantum computers as possible.
My research aims to tackle the central question in the field that “how can we achieve a robust quantum advantage”. I co-founded the conference series Seeking Quantum Advantage (SEEQA) to provide a platform for the community to evaluate and accelerate progress around this question.
