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Page - LULI
Lab
Publications
2022 | 2021 | 2020 | 2019
Below, by year, are the publications listed in the HAL open archive.
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Event - LULI
Lab
Radiative Properties in Hot Dense Matter workshop, RPHDM2024
The workshop venue will be Sorbonne Université, will be held in ParisMore details on registration, abstract submission . will be sent within a couple of months.On behalf of the local organizing committee
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Page - LULI
Lab
SMILEI figure au sommaire de la lettre de l'IDRIS de mai 2016
Pour accompagner au mieux le formidable effort expérimental et technologique mené dans le cadre du futur laser multi-petawatt APOLLON, plusieurs laboratoires du plateau de Saclay se sont fédérés autour du projet SMILEI visant à développer un nouvel outil de simulation dédié à l’interaction laser-pl…
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Page - LULI
Lab
SPRINT (Sources de particules & rayonnement intenses)
High-power lasers are at present the best technological tool mankind has developed in order to concentrate, in the form of a light beam, energy in time and space. This allows in general to transfer to matter such concentrated energy, which can take various forms: either “thermal” (as in the Sun whe…
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Page - LULI
Lab
Surface plasma waves excitation
Ultra-short (fs) intense (relativistic) laser interaction with modulated over-dense plasmas (produced from a thin grating target having a periodic groove on its front surface) was numerically and experimentally investigated.In over-dense plasmas, laser energy is usually weakly absorbed within an op…
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Page - LULI
Lab
TIPS (Théorie & interprétation plasma, simulations)
The TIPS team is conducting theoretical and numerical studies to more deeply understand laser-plasma interaction and laser-created plasma physics, either in support of the experimental work performed by other teams of the laboratory or on its own. Thanks to a variety of codes at its disposal and to…
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News - LULI
Lab
Understanding cosmic ray generation in the lab
By combining high-power lasers and intense magnetic fields, researchers succeeded for the first time in demonstrating particle acceleration during the interaction of a collisionless shock wave with a magnetized ambient medium.
Reference
Laboratory evidence for proton energ…
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Page - LULI
Lab
User's Guide
⇒ French pdf version to download here⇒ English pdf version to download here
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