Research Focus: Quantum theory, algorithms, computational mathematics.
I study mathematical aspects of quantum theory and develop applications. Relating quantum dynamical processes as algebraic structures, I use ideas from applied analysis, geometry, and theoretical computer science to study toy models that emulate physical & computational phenomenon, and predict responses.
See Google Scholar for things i wrote with friends, peers, and mentors.
Education and Employment,
2023-now Postdoctoral Research Associate at UniCambridge, Maths (DAMTP)
2021-2023 Postdoc Scholar at UC Berkeley, Mathematics
2016-2020 DPhil (Clarendon Scholar) at UniOxford, CompSci (Keble College)
2015-2016 Pre-doc at IISER Kolkata, Physical Sciences
Lecture Notes: Quantum Algorithms for X [google drive]
Publications: Google Scholar
The amazing students who read with me:
Justin Chen (Cambridge Maths UG, Summer 2024),
Metric properties of computational complexity (jointly advised with Eric Chen)
Calum McCarthey (Cambridge Maths UG, Summer 2024),
Measuring Butterfly Velocity on Emerging Quantum Computers.
Sydney Koutrouba (Berkeley Math UG, Summer 2023),
On geometric approaches to Hamiltonian simulation.
Leo Tyrpak (Oxford Maths UG, Summer 2022),
On topics in lattices and quantum algorithms.