I have broad interests and enjoy multidisciplinary collaborations. Do not hesitate to reach out to me!

Research topics

  • (Shape) optimization
  • Control theory
  • Inverse problems
  • Scientific computing

Keywords: Time minimal, Bilinear control, Quantum computing, Parametric resonance, Reduced models

PhD project

During my PhD thesis, I worked under the supervision of Emmanuel Franck and Yannick Privat and closely collaborate with physicists of the group Q-Dyno lead by Paul-Antoine Hervieux and Giovanni Manfredi.

Most notably, I provided quantitative estimates on the minimal time needed to achieve the best approximation of a logic gate on noisy quantum computers and I established strong evidence that the mechanisms at the root of parametric resonance are, in some sense, an optimal way to destabilize a system.