High-quality GeV electron beams from an all-optical plasma waveguide
Laser-plasma accelerators produce and operate extremely strong electric fields, which may allow challenging the conventional kilometers-long particle accelerators. Despite this […]
Carrier-envelope phase effects in Laser-wakefield acceleration
Laser-wakefield acceleration lets us build very compact particle accelerators that have applications in particle physics, solid state physics and medicine. […]
Electroluminescence from nanocrystals above 2 micrometers
micrometers In collaboration with physicists from LPEM (CNRS/ESPCI/Sorbonne University), C2N (CNRS/Université Paris-Saclay), Synchrotron SOLEIL and ONERA, LOA researchers have designed, […]
Thesis 2022
Kosta Oubrerie Amélioration de l’efficacité desaccélérateurs laser-plasma Thèse de doctorat de l’Institut Polytechnique de Parispréparée à l’École nationale supérieure de […]
Thesis 2021
Pablo San Miguel Claveria Betatron radiation in beam-driven plasma wakefield acceleration and ultra-relativistic beam-plasma instabilities Thèse de doctorat de l’Institut […]
Ten new researchers at LOA
For the new academic year, the LOA’s groups are reinforced by ten new PhD students and postdocs. We welcome them […]
Prix Jean-Louis Laclare : Cédric Thaury
We warmly congratulate our colleague Cédric Thaury, head of the UPX group, to whom the Société Française de Physique has […]
3D imaging with micrometer resolution of nanoparticles in cancer metastases
Radiotherapy treatment of cancer can be enhanced using injected nano-particles that accumulate inside the cancerous cells. This method currently moves […]
First second harmonic generation of a XUV laser
Two photons with the same frequency can interact in a material to combine to a new photon of twice the […]