Researchers from IOCB Prague, in collaboration with the University of Tübingen, and the Faculty of Science, Charles University, has developed a new type of contrast agent that can be used in both MRI and PET.

Using a newly developed microscopy method, researchers from Cambridge and Freiburg have been able to see for the first time how protein clusters form in living cells.

Newly discovered subtypes and sex differences create new approaches for drugs.

The novel technique can be used for high-sensitivity magnetometry and chiroptical activity measurements.

Study identifies compounds undisclosed by popular brands including industrial chemicals, caffeine.

The long-sought thorium transition has been found. What can we do with it now? Very different areas of technology could benefit from this discovery.

The "thorium transition", has now been excited for the first time with lasers. This paves the way for revolutionary high precision technologies, including nuclear clocks.

Paul Richardson is a PhD student at the University of Liverpool and his research focuses on using infrared and Raman spectroscopy. His recent work has included analysis of vaping e-liquids via these techniques.

A research group led by Dr. Edward Curtis has developed two new types of catalytic DNA molecules (deoxyribozymes) that can reveal the presence of target molecules through fluorescence or color.

Urea reacts extremely quickly under the conditions that existed when our planet was newly formed. This new insight furthers our understanding of how life on Earth might have begun.