Explore how neutron scattering techniques reveal atomic structures and drive scientific innovation through NIST's CHRNS Summer School.
Discover how silver functions as an oxidation catalyst through computational chemistry and ab initio atomistic thermodynamics
Explore the fascinating world of thin films and coatings - from food preservation to sustainable technology solutions that are revolutionizing multiple industries.
Discover how scientists use NMR spectroscopy and 20-mm sample tubes to observe carbon resonances in hen egg-white lysozyme, revolutionizing protein analysis.
Explore the fascinating world of nanoparticle density and discover how scientists measure three different types of effective density to understand particle behavior.
Explore the fascinating world of microstructure evolution in materials and how it shapes the properties of everything around us.
Exploring how terahertz radiation reveals molecular interactions in condensed phases and enables revolutionary technologies in medicine, computing, and materials science.
Explore the fascinating world of induced-charge electrokinetics (ICEK) where electric fields manipulate fluids at microscopic scales for medical and technological applications.
Explore the complex world of plutonium aging through advanced computer modeling and simulation techniques used to predict atomic-scale transformations in this radioactive element.
Discover how Cytochrome P450 2E1 adapts its ethanol oxidation mechanism based on environmental polarity, challenging traditional understanding of alcohol metabolism.