Hybrid perovskites hold promise to be more efficient in converting light into energy than traditional solar cell materials

New research shows how well scientists can predict the properties and functionality of materials, allowing us to explore their potential to be used in novel ways

Findings on how differently sized nuclei respond to spin offer new insight into mechanisms affecting particle production in proton-ion collisions at the Relativistic Heavy Ion Collider (RHIC)

The team used neutron crystallography to study the location of hydrogen atoms in aspartate aminotransferase, or AAT, an enzyme vital to the metabolism of certain amino acids

The Higgs amplitude mode is a condensed matter cousin of the Higgs boson, the storied quantum particle theorized in the 1960s and proven experimentally in 2012

A deeper understanding of the enzyme reactivity could also lead to improved computational models that will further guide industrial applications for cleaner forms of energy

The methods developed provide a new experimental platform for biophysical studies of membranes and, potentially, other cell components

An experiment designed to detail the inner workings of the strong force inside matter reports its first data

Science synopsis: Strong signs of quantum spin liquid observed in YbMgGaO4 crystals by neutron scattering off ytterbium electrons

There are growing numbers of examples for which neutron crystallography has provided the answers to questions that have remained elusive using other techniques