Current team

Ruben Daraban (PhD student): After obtaining his Master's degree in physics at the University of Strasbourg in 2023, Ruben continued his studies with a PhD project afterwards. His research focuses on studying entanglement buildup in quantum circuits using classical simulations based on tensor network methods.

Tam'Si Ley (PhD student): Tam'Si obtained a master degree from Télécom SudParis and works as a Quantum Scientist for the Parisian quantum software startup QuantFi. In the framework of an interdisciplinary CIFRE project he is pursuing his computer science PhD degree at the University of Strasbourg, working on "Resource estimation for practical quantum computing".

Former members

Guillermo Preisser (PhD student): Guillermo studied physics a the National Autonomous University of Mexico in Mexico City and graduated in 2019. For his PhD studies he moved to Strasbourg in February 2020. He is worked on the QUSTEC PhD project on "Semi-classical modelling of open quantum technology platforms", and explored new types of MPS/tensor network codes for analyzing entanglement dynamics in quantum many-body systems. He now works for Quantinuum in London.

David Wellnitz (PhD student): From 2013 to 2018, David studied physics at the University of Heidelberg. In 2018, he graduated (group of M. Weidemüller) on the application of network theory to atomic spectra. For his PhD studies he moved to Strasbourg in Nov. 2018. He was working on the LabEx NIE project: "Novel approaches to quantum many-body dynamics in molecular complexes", and exploring collective dynamics in collective light matter coupled-systems. He is now a post-doc at JILA in Boulder, CO, US.

Stefan Schütz (post-doc): Stefan obtained his PhD degree in physics at the Saarland University in Saarbrücken, Germany. In Strasbourg, from Oct. 2017 - Dec. 2018 he was working on the IdEx Attractivité project "Simulation of transport in engineered many-body quantum systems" (STEMQuS). He laid important foundations for exploring cavity-coupled many-body dynamics by applying adiabatic elimination theories.

Tiago Santiago do Espirito Santo (visiting PhD): Tiago studied Physics at the Universidade Federal de São Carlos (UFSCar) in Brazil and received his PhD degree in 2020 (under the supervision of R. Bachelard, He was visiting our team from Sep. 2017 – Mar. 2018 and worked on numerical modeling of cold atom light-scattering experiments.

Master student projects:

  • Romain Astorga-Petit (2024) - Project: "Anderson localization of light in coupled dipole models".
  • Fabrizio Salas Ramírez (2023) - Project: "Entanglement Evolution in Noisy Quantum Circuits".
  • Ruben Daraban (2022) - Project: "Numerical simulations of the quantum Fourier transform".
  • Akram Kasri (2021) - Project: "Numerical simulation of hard-core bosons".
  • Gaëtan Percebois (2019) - Project: "Numerical band structure calculations in optical lattices".
  • We're always interested in hosting projects for motivated students, please contact me.

Research projects/grants

My research has been funded through the following research projects:

  • Machine Learning for Quantum - MSCA doctoral network
    PhD student project (2024-2027)
  • CNRS EMERGENCE@INC 2024: post-doc project (starting in 2024)
    Project DINOPARC: "Disorder-induced non-classical states in polaritonic chemistry".
  • ITI Qmat 2023: 3-year PhD student project
    Project CavQA: "Cavity-coupled chemistry: A Quantum many-body physics Approach".
  • Prix espoirs de l'Université de Strasbourg: Researcher Prize (2021) (link).
  • ECOS-Sud & CNRS international emerging action (2021-2023): Binational traveling grant,
    Project: "Quantum dynamics in cavity-coupled molecules"
    Student exchanges with the group of F. Herrera (Santiago de Chile,
  • QUSTEC 2019: 4-year PhD student project (2021-2024, G. Preisser),
    Project: "Semi-classical modelling of open quantum technology platforms".
  • LabEx NIE 2018: 3-year PhD student project (2021-2021, D. Wellnitz),
    Project: "Novel approaches to quantum many-body dynamics in molecular complexes".
  • IdEx Attractivité 2017: Research grant, post-doc project (S. Schütz, 2017-2018),
    Project: "Simulation of transport in engineered many-body quantum systems" (STEMQuS).
Copyright © 2024 - All rights reserved