Herve Dutrieux

I study the inner structure of the proton in the mathematical framework of quantum chromodynamics (QCD). As part of an enduring effort of 50 years, we seek to refine our understanding of how quarks and gluons combine through the strong force to form protons and similar particles, which is necessary to interpret many experiments in particle accelerators to discover new physics.

My research involves numerical simulations on super-computers (lattice QCD) and advanced statistical and data analysis treatment.

List of scientific publications
https://inspirehep.net/authors/1853404?ui-citation-summary=true

Study of the structure of the proton in quantum chromodynamics with a focus on high-performance computing within the Jefferson-Lab based Hadstruc collaboration.

List of scientific publications: https://inspirehep.net/authors/1853404

My PhD work focused on the interpretation of experimental data from particle accelerators to characterize the inner structure of the proton. I performed advanced statistical analyses, using notably machine learning, to produce models and quantify uncertainty propagation.

My work was awarded by the annual PhD prize of the French quantum chromodynamics community and the McCartor Award of the International Light Cone Advisory Committee.
Co-author of 6 articles published in international journals and a conference proceeding.

Presentations of my work in international conferences including DIS2021, QCD-N2021, SPIN2021, CIPANP2022, a theory seminar at the Thomas Jefferson National Accelerator Facility and several workshops (Quarkonia as Tools, Heavy Flavors 2022, 3DPartons 2022).

Departement of Nuclear Physics, Laboratory of Nucleon Structure.

Numerical simulation of plasma for nuclear fusion. I studied vertical displacement events which occur when the magnetic confinement collapses brutally in tokamaks. Plasma Simulation Group at QST Rokkasho.

My work was awarded the internship jury of École polytechnique.