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Do you like magnetic order but dislike having your spins near each other, cluttering up your crystals? Why not take a look at Cr[Bi(SCN)6] ?

Nanoparticles and large molecules are everywhere in advanced materials and pharmaceutical products. From touchscreens to protein drugs, the stabilisation of these particles is central to their ability to perform their required function. For instance, vaccine formulations, which use proteins or nuc…

It is with great sadness that the ILL has learned of the death of Philippe Nozières, who passed away on 15 June at the age of 90.After joining the ILL’s Theory Group in 1972, Philippe went on to head the group for many years and remained its most prominent figure. With his passing, we have lost a truly great scientist.Philippe Nozières arrived at the ILL just as the very first experiments were ge…

Single-event effects (SEEs), which are mainly induced by neutron particles, can be responsible for soft errors. SEEs are taken into account during design phase of Avionics Equipment to avoid impact on reliability and safety.  As the functionality of avionic systems increases, aircrafts are embarking more and more advanced microprocessor and semiconductor memory devices. Complex SEE failures have …

Paul Langan (l), the Director of ILL, and Helmut Schober (r), Director General ESS, signing the MoU Photo: Roger Eriksson/ESS On 8 June 2022, ESS and ILL signed the extension of the Memorandum of Understanding beween the two facilities.Paul Langan, the Director of…

Check out our latest animation and discover more about this EU Funded project whose goal is to develop next-generation scientific tools, co-create new business and market products, increase European companies’ competitiveness, and trigger more and better jobs for Europeans.

18 projects selected in the R&D&I Thematic call | 10 projects in the Academy call | 8 projects under the the Socioeconomic Studies call

Researchers at IRIG are conducting neutron scattering studies on iron-nickel-arsenic pnicture, a superconducting material at lower temperatures than those conventionally encountered. They have succeeded in probing this compound at the atomic scale, and their results could lead to the proposal of a common mechanism for all superconducting materials. Photo credit: Huiqian Luo team/Institute of Physics, Chinese Academy of Sciences.

An old "flaw" of the famous double-slit experiment has now been corrected at TU Wien in a cooperation with Hiroshima University: A single neutron moves along two paths simultaneously, in clearly quantifiable proportions. Courtesy of TU Wien.

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