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, mentors, and students.  

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* 

     􏰅 Calum McCartney (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.  

*jointly supervised with Eric Chen