معرفی
Cédric Thaury is a CNRS Researcher and Group Manager of the Ultrafast Particle and X-ray Sources (UPX) team at the Applied Optics Unit (LOA) of ENSTA Paris. He leads electron acceleration experiments within the Laboratory of Applied Optics, a joint research unit of ENSTA Paris, École Polytechnique, and CNRS.
Thaury's research focuses on laser-plasma interaction physics, with expertise in high order harmonic generation from solid targets, laser-plasma accelerators, and ultra-short X-ray sources. His work bridges fundamental plasma physics with practical applications in compact particle accelerator development, advanced radiation sources, and high-field physics. He has made significant contributions to understanding electron acceleration mechanisms in plasma wakefields and developing techniques for controlling electron beam properties.
His recent publications demonstrate a strong emphasis on advancing laser-plasma accelerator technology toward practical applications, particularly in the development of compact free-electron lasers. His work spans from fundamental laser-plasma interaction studies to the implementation of sophisticated beam transport and manipulation techniques for applications in imaging and light source development. The research shows progression from basic plasma acceleration mechanisms toward integrated systems for practical radiation sources.
Thaury collaborates extensively with major European research institutions and facilities, including HZDR (Helmholtz-Zentrum Dresden-Rossendorf) and the Apollon laser facility. His work is integral to the COXINEL project, which aims to develop a compact free-electron laser based on laser-plasma acceleration technology.
As UPX Group Manager at LOA, Thaury leads a research team focused on developing next-generation particle and radiation sources based on ultra-intense laser-plasma interactions. The group works on both theoretical and experimental aspects of laser-driven particle acceleration and associated radiation sources, with applications ranging from fundamental physics to potential medical and industrial uses.
