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….
Laboratoire d'Optique Appliquée
Laser-wakefield acceleration lets us build very compact particle accelerators that have applications in particle physics, solid state physics and medicine….
micrometers In collaboration with physicists from LPEM (CNRS/ESPCI/Sorbonne University), C2N (CNRS/Université Paris-Saclay), Synchrotron SOLEIL and ONERA, LOA researchers have designed,…
For the new academic year, the LOA’s groups are reinforced by ten new PhD students and postdocs. We welcome them…
We warmly congratulate our colleague Cédric Thaury, head of the UPX group, to whom the Société Française de Physique has…
Radiotherapy treatment of cancer can be enhanced using injected nano-particles that accumulate inside the cancerous cells. This method currently moves…
Two photons with the same frequency can interact in a material to combine to a new photon of twice the…
The FLASH effect in radiotherapy is the fact that radiotoxicity for healthy tissues is reduced by delivering a therapeutic radiation…
The French quantum plan announced at the beginning of the year is also echoed at LOA, where the APPLI and…
When a highly compressed and focused electron beam collides with a solid-density plasma, electromagnetic fields associated to the near field…
Lightning is highly destructive due to its high-power density and unpredictable character. Directing lightning away would allow to protect sensitive…