NEWS

Ammonia oxidation is a key reaction in the chemical industry, essential for global agriculture and mining, and it also helps limit emissions of this irritating and polluting gas. A SOLEIL team, in (...)

From September 24 to 26, El-Eulmi Bendeif, scientist on the CRISTAL beamline, welcomed five African researchers, along with Emmanuel Wenger and Yohann Vuillemard, respectively engineer and technician (...)

Press release - The cereal weevil, one of the world’s main crop pests, harbors symbiotic bacteria that live inside its cells. Scientists from INRAE and INSA Lyon, in collaboration with experts from (...)

When a rigid aluminum-based MOF becomes flexible... Long considered rigid by the MOF (Metal–Organic Frameworks) research community, the aluminum-based material DUT-5(Al) has now revealed a remarkable (...)

Crystalline surfaces often exhibit reconstructions, usually assumed to affect only a few atomic layers below the surface. A collaborative study (conducted by the Matériaux et Phénomènes Quantiques (...)

On Saturday October 4 and Sunday October 5, SOLEIL will once again be taking part in the annual Fête de la Science (Science Festival), offering the public the chance to discover SOLEIL and science (...)

Through a series of portraits, SOLEIL introduces the people who make the synchrotron what it is. In this fifth installment, François Trias steps into the spotlight. Hired over two years ago as part of (...)

Working on materials for Circular Economy? Get access to European Research Infrastructures by submitting a proposal on ReMade@ARI portal.

Researchers from the Centre des Matériaux – Mines Paris (PSL) have achieved a world-first at the SOLEIL synchrotron: real-time 3D X-ray imaging of steel deformation and fracture under pressurized (...)

Mpox is an infectious disease transmitted by contact that can be fatal or leave significant sequelae. Scientists at the Institut Pasteur have identified and characterized a new target for developing (...)

When a surface is immersed in water, it becomes spontaneously charged. Interactions between charged surfaces play a key role in many phenomena, such as the cohesion of cement, the behaviour of (...)

By combining nanoscale thermometry with cell-scale imaging, researchers have revealed how heat generated by gold nanostars under near-infrared light travels from individual nanoparticles to entire (...)