News

How neutrons help decode ion transport membranes essential for energy transition devices.

Polarised inelastic neutron scattering on IN20 directly revealed, for the first time, opposite-handed magnons in an altermagnet and showed that their chirality can be reversibly switched

Neutrons reveal molecular diffusion mechanisms inside drug-releasing hydrogels

A recent study shows that small molecular modifications can make barocaloric materials respond more reliably under pressure, supporting the development of solid-state cooling technologies without climate-damaging refrigerant gases.

Researchers used neutrons and X-rays to look into the structure of spaghetti at the nanometre scale, comparing the effect of cooking and salt in gluten-free and gluten-containing pasta.

In a series of experiments published in Nature Physics, researchers from Japan, the UK, Sweden, and the Czech Republic collaborated at ILL-IN15, one of the world's leading spin echo facilities. Their neutron spin echo (NSE) experiments confirmed the presence of asymmetric dynamics in the skyrmion phase of MnSi, indicating its strong potential for spintronic devices and sustainable technology.

Thanks to a recent upgrade of ILL’s neutron reflectometer D17, molecular motions can be tracked with unprecedented precision

A recent study published in Nature Communications reveals an unexpected transition between two different insulator states. Neutron diffractometry experiments at the ILL, conducted on the D2B high-resolution, two-axis diffractometer, open up the path towards advanced technologies by providing vital insights into the complex electronic behavior of such materials.

The ILL has just received a firm commitment from its Associate countries, France, the UK and Germany, to continue operation until 2033. “We have been working very hard to secure a unanimous commitment from all three Associate countries and are delighted with the decision,” says ILL Director, Ken Andersen, “The ILL is now in a position to plan scientific operation until the end of 2033.”

Recently published findings from experiments carried out at the ILL and at SINQ confirm monochromatic small-angle neutron scattering (SANS) as the definitive go-to method to characterise multiband superconductivity in a material.

A team of researchers at the ILL investigated how salt alters the shape of lipid vesicles.

Researchers designed novel membranes to extract precious lithium ions from brine solutions and used neutrons to obtain a deeper understanding of their mechanism