Advanced spectroscopy uncovers the colour technologies of the Sassanid world.
Highlights
SR-FTIRµ assist identifying harmful fibres leading to phenylketonuria (PKU), Alzheimer, and Parkinson.
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.
