Scientific news

Monoclonal antibodies (mAbs) are used to treat a large variety of diseases. In order to allow patients to inject these therapeutic molecules autonomously, it is crucial to understand the origin of and to control their viscosity. An international team…

Foams are highly complex systems, and an essential component of many different drinks and foods. Collaboration between the ILL and Aarhus University has connected unique capabilities to investigate foam with critically relevant food science…

The recently published European strategy clearly recommends the exploitation of ILL well beyond 2033 – due to its scientific relevance, competitiveness in nuclear (and particle) physics, and capability for producing radioisotopes for research and…

The lipid membranes surrounding human cells are known to be asymmetric in terms of their molecular composition. The localisation of cholesterol within these membranes has, however, been difficult to pinpoint until recently. Using neutron scattering…

Future progress will be defined by the development of new and innovative next-generation materials. Despite the magnitude of the endeavour, breakthroughs will depend on understanding at the smallest scale: fundamentally, the properties of a material…

More than a century after the discovery of the atomic nucleus, no universal model can yet reliably predict its properties as the numbers of protons and neutrons change. Exotic nuclei – highly unstable and complex systems with unique properties –…

How neutron studies of exotic materials can pave the way towards quantum computers

Recent awards and publications are testament to the sustained efforts and long-standing contributions of the ILL diffraction group to crystallography, and reinforce our ongoing commitment to advancing scientific understanding in the discipline.

An irradiation in ILL’s high flux reactor produced einsteinium-255 that served as on tap supply of fermium-255, enabling high-resolution laser spectroscopy in Mainz.