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NewsLetters
►News from the LULI• #37 - 07/10/2024• #36 - 10/01/2024• #35 - 17/04/2023• #34 - 16/11/2022• #33 - 25/07/2022• #32 - 11/03/2022• #31 - 22/10/2021• #30 - 22/06/2021• #29 - 19/01/2021• #28 - 16/09/2020• #27 - 24/01/2020• #26 - 11/10/2019• #25 - 06/05/2019• #24 - 28/01/2019• #23 - 17/10/2018• #22 - 16…
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News - LULI
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Nuclear fusion: 1, 2, 3 Sun
Nuclear fusion is the process that occurs at the heart of stars. Several methods exist to try to reproduce it in the laboratory. What are the challenges of research in this field?
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News - LULI
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Nuclear fusion: a historic breakthrough
In December 2022, scientists at the National Ignition Facility (NIF) announced a 'historic breakthrough' in nuclear fusion. They succeeded, for the first time, in releasing more energy from fusion reactions than was needed to cause them.Caterina Riconda, professor of physics at Sorbonne University'…
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Nucleosynthesis
Stars synthesize atomic nuclei through complex processes. These are now studied in the laboratory using ultra-intense lasers.Principle: The processes of synthesis of atomic nuclei in stars are complex and multiple. For the lightest elements (up to iron), it is a succession of fusion reactions (prot…
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Overview
The LULI laboratory is a joint research unit (UMR 7605) CNRS - École Polytechnique - Commissariat à l’Énergie Atomique et aux Energies Alternatives - Sorbonne University, located on the campus of École Polytechnique (Palaiseau), on the Orme des Merisiers CEA site and at Les Algorithmes (Gif-sur-Yv…
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PAPD (Physique Atomique des Plasmas Denses)
Research topics supra-thermal electron production & propagation in dense plasmas exploration of the solid-WDM phase transition in strongly coupled plasmas & investigation of exotic states of matter driven by XFEL pulses development of the MARIA atomic kinetics code to study non-equilibrium …
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PARI (Particules, Applications, Rayonnement & Interaction)
The team PARI studies fundamental properties of hot dense plasmas that are relevant to astrophysical objects or inertial confinement fusion. PARI activities are mostly experimental, carrying out experiments on laser facilities such as LULI2000, Apollon or equivalent facilities around the world. In …
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PhLIPPER (Physique des Lasers Intenses avec les Plasmas, les Particules, Et le Rayonnement)
Research topicsStudy of the interaction of intense lasers with matter, mechanisms of transport and energy conversion Applications to the generation of relativistic particle beams, to the study of astrophysical phenomena, strong field physics (QED), and high dose rate radiobiology Application of pla…
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PHYHDEL (PHYsique de la matière à Haute Densité d'Energie par Laser)
High Energy Density Physics is the scientific framework of the PHYHDEL activities. It refers to energy densities exceeding 1011 J/m3, or to pressures above 1 Mbar, and covers many topics that could be adressed with high-energy lasers and/or pulsed-power devices, thus displaying a variety of challen…
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