Université de Bordeaux
LabEx LAPHIACluster of Excellence
Cluster of excellence
Presentation of the project LabEx LAPHIA

Laser & Photonics in Aquitaine


Headline News LabEx LAPHIA
LAPHIA POST-DOC POSITION : Optimisation des sources de rayonnement X dur et de particules chargées produites par le laser PETAL. Applications au développement de nouvelles plateformes expérimentales sur LMJ-PETALLAPHIA POST-DOC POSITION : Optimisation des sources de rayonnement X dur et de particules chargées produites par le laser PETAL. Applications au développement de nouvelles plateformes expérimentales sur LMJ-PETAL

Le laser de haute intensité PETAL, implanté sur l'installation LMJ (Laser MégaJoule) du CEA/DAM/CESTA, a délivré fin 2017 ses premières impulsions sub-picoseconde de haute énergie focalisées sur cible au centre chambre. L’interaction de ces impulsions sub-PW avec des cibles spécifiques génère un flux important de rayonnement X très dur (> 10 keV) ou de particules (électrons, protons, ions ...). Ce rayonnement, ou ces particules chargées, peuvent être utilisés pour sonder de...

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AAP Education - PhD extension grant08/03AAP Education - PhD extension grant

The Cluster of Excellence LAPHIA has set up a PhD Extension Grant to...

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AAP Research LAPHIA 2018 - ResultsAAP Research LAPHIA 2018 - Results

The LAPHIA Excellence Cluster (IdEx Bordeaux) is pleased to announce...

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Article // Increased rise time of electron temperature during adiabatic plasmon focusing21/11Article // Increased rise time of electron temperature during adiabatic plasmon focusing
Nature Communications 2017

Decay of plasmons to hot carriers has recently attracted considerable...

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LUDOMODUL // festival FACTS 14/11 - 24/11LUDOMODUL // festival FACTS

Dans le cadre du festival FACTS /////////////////Le programme...

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Laser & Photonics in Aquitaine

Photonics, defined broadly as "the science of the photon", is present in multiple disciplines with a rapidly growing importance in society. It uses photons to understand, probe and modify matter, while designed materials allow the control of light propagation and generation. This discipline is identified in the European R&D roadmaps as one of the most prominent cutting-edge fields in science and technology for the 21st century.

Financed by the Excellence Initiative of the University of Bordeaux, LAPHIA aims to create a consortium around sciences of light – optics, photonics, lasers. The Bordeaux pole in optics is already recognized as leading in several fields: high energy lasers, hot plasmas, laser-matter interaction physics, material science. The Aquitaine Region has brought together buisnesses and research scientists to creat France's biggest regional laser-optics industry.

In this favorable context, LAPHIA aims to federate the whole relevant academic community around coherent and innovative projects in lasers and photonics, while strengthening the links with the CEA. The unique Centre of excellence structure will promote Bordeaux among the most visible centres in Lasers and Photonics at European and international levels, attracting students, researchers and private companies.


Innovate in Laser Science

Making one of the most state-of-the art laser science clusters of the world

The researchers focus their energy on three main research activities with a lot of inter-thematic collaborations covering the sciences of light/matter interactions, imaging and laser technologies, heading to important breakthroughs in eight application domains, from health to energy production.





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