SR-FTIRµ assist identifying harmful fibres leading to phenylketonuria (PKU), Alzheimer, and Parkinson.
Highlights
SR-FTIRµ validates nanoparticle’s multimodal bioactivity, reinforcing the relevance of synchrotron methods in drug development and biomedicine.
A novel study of a single-atom catalyst fabrication, driven by a novel electrochemical method and advanced synchrotron techniques, marks a major stride toward efficient, customizable, and sustainable catalysts for next-generation energy and sensing technologies.
Ruthenium Doping Boosts Stability and Conductivity in Sodium-Ion Battery Cathodes, Achieving 67% Capacity Retention After 500 Cycles.
Revolutionizing the study of ancient artifacts: SXCT at SESAME unveils the concealed aspects of their delicate history.
TXPES marks the installation of SESAME’s first beamline to be constructed by one of its Members.
Non-invasive analysis of vitreous artifacts from Anatolia’s past at the BEATS beamline.
A novel method for producing eco-friendly bioplastics directly from agricultural waste studied at the IR beamline of SESAME.
The beam commissioning and installation of the multilayer optical elements the BEAmline for Tomography at SESAME were completed in October and November 2023, thanks to the combined efforts of multiple SESAME teams.