![General view from above the 140-ton aluminium sphere covered with metal plates, measuring 10 metres in diameter and is 10 centimetres thick, at the Megajoule Laser project, currently under construction at the General view from above the 140-ton aluminium sphere covered with metal plates, measuring 10 metres in diameter and is 10 centimetres thick, at the Megajoule Laser project, currently under construction at the](https://c8.alamy.com/compfr/2d2y7ae/general-view-from-above-the-140-ton-aluminium-sphere-covered-with-metal-plates-measuring-10-metres-in-diameter-and-is-10-centimetres-thick-at-the-megajoule-laser-project-currently-under-construction-at-the-cesta-centre-d-etudes-scientifiques-et-techniques-d-aquitaine-in-le-barp-southwestern-france-july-27-2010-scientists-will-be-able-to-simulate-nuclear-tests-using-amplified-energy-from-176-lasers-which-is-directed-at-a-target-located-inside-the-sphere-thus-reproducing-nuclear-fusion-under-temperature-conditions-some-100-times-higher-than-those-found-at-the-centre-of-the-sun-reuter-2d2y7ae.jpg)
General view from above the 140-ton aluminium sphere covered with metal plates, measuring 10 metres in diameter and is 10 centimetres thick, at the Megajoule Laser project, currently under construction at the
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LAPHIA: Laser & Photonics in Aquitaine of Université de Bordeaux Logo Vector - (.SVG + .PNG) - GetLogo.Net
![General view outside the Megajoule Laser project, currently under construction at the CESTA (Centre d'Etudes Scientifiques et Techniques d' Aquitaine) in Le Barp southwestern France, July 27, 2010. Scientists will be able to General view outside the Megajoule Laser project, currently under construction at the CESTA (Centre d'Etudes Scientifiques et Techniques d' Aquitaine) in Le Barp southwestern France, July 27, 2010. Scientists will be able to](https://c8.alamy.com/comp/2E7J103/general-view-outside-the-megajoule-laser-project-currently-under-construction-at-the-cesta-centre-detudes-scientifiques-et-techniques-daquitaine-in-le-barp-southwestern-france-july-27-2010-scientists-will-be-able-to-simulate-nuclear-tests-using-amplified-energy-from-176-lasers-which-is-directed-at-a-target-located-inside-the-sphere-thus-reproducing-nuclear-fusion-under-temperature-conditions-some-100-times-higher-than-those-found-at-the-centre-of-the-sun-reutersregis-duvignau-france-tags-energy-sci-tech-2E7J103.jpg)