Infos

Sketch of Pt nanoparticles on a Aluminium oxide support in interaction with different amount of dihydrogen molecules. Credit ACS / E. Vottero The societal impact of catalysts – substances used to influence the rate or outcome of a chemical reaction – is immense. Es…

Approximately 70% of all energy produced by humanity currently ends up as waste heat. As the world witnesses the accelerating and intensifying impact of climate change, the huge potential of this unused energy has come into sharp focus. Thermoelectric technologies enable a direct conversion of heat into electricity, their wider deployment, however, requires the development of more efficient mater…

Courtesy of 2FDN - Written by Valentina Giordano

What exactly happens inside a cell during thermal death was, until recently, a hotly debated question. Collaborative research led by Alessandro Paciaroni, Associate Professor at the University of Perugia, Judith Peters, Professor of Physics at the Université Grenoble Alpes and Fabio Sterpone, CNRS…

Neutrons throw light on an important manufacturing process in the textile industry.

La collaboration Stereo n’a pas trouvé trace de neutrino stérile pendant ses six années de mesure. Un résultat qui a des implications dans de nombreux domaines de la physique. Leur étude est publiée le 12 janvier dans Nature.

Neutron spectroscopy provides a range of tools to study the structural dynamics of semiconducting organic materials for novel solar cells with improved power conversion efficiency.

30 November 2022 Foam structural evolution as seen by SANS and optical imaging. Front cover of the 46th issue of the Soft Matter journal. Credit: S.Monfront, ILL Foams are everywhere, in food, beverages, detergents and cosmetics, as well as industrial processes such as recycling, oil recovery and firefighting. There is thus significant interest in the d…

Only by using neutron instruments from across the globe, have researchers been able to characterise the magnetism of a graphene-like material.

An international research team has succeeded in significantly narrowing the scope for the existence of dark matter, with the use of a precision experiment developed at the University of Bern, and carried out at the Institut Laue-Langevin (ILL).

Samuel Winnall and Wenke Müller are currently carrying out their PhDs as part of the InnovaXN programme. While Samuel specialises in reflectometry and molecular dynamics simulations, Wenke specialises in small-angle scattering, and is focused on kinetics and contrast variation. These two young and talented entrepreneurs, following their first steps into the large-scale facilities playground, decided to bring together their expertise and experience with neutron techniques to tackle modern industry problems.