Feb 26: Lawrence et al. Geometric Quantum Control and the Random Schrödinger Equation published in PRR
Dec 25: LLBG, Henrion, Korda. Global optimization of low-rank polynomials preprint in arXiv
Nov 25: LLBG, Mareček. Time evolution of controlled many-body quantum systems with matrix product operators published in PRA
In October 2024 I started my PhD as part of the TENORS project (Marie Skłodowska-Curie Doctoral Network) to work on Quantum Optimal Control and supervised by Jakub Mareček, Didier Henrion, and Milan Korda. I have joined the Optimization group at the AIC (Artificial Intelligence Centre) in Prague. In October 2025 I have also joined the Polynomial optimization group at LAAS, Toulouse.
I am interested in the study of quantum optimal control, one of the keys for the development of quantum technologies. I do this by looking at mathematical tools like tensor networks, allowing us to work with very large systems, and polynomial optimization methods, which let us find global solutions to optimization problems. My research focuses on finding connections between these seemingly distinct areas in order to design advanced techniques for quantum optimal control.