From Our Blogs

The layered crystal, CeSiI, with heavier-than-normal electrons is a new platform to explore quantum phenomena.

Repowering coal plants with nuclear power can lead to several economic and environmental advantages.

The findings are particularly puzzling because climate models have been predicting that the atmosphere will become more moist, even over dry regions.

New insights into how proton-coupled electron transfers occur at an electrode could help researchers design more efficient fuel cells & electrolyzers.

A team of physicists identified a surface signature that is unique to HOTIs that can determine how light reflects from their surfaces.

Since the 1990s, the Atmospheric Research Measurement team has found new and better ways to use unmanned aerial systems for research.

Researchers at Harvard University and Utrecht University expand ways to improve the selectivity of catalytic reactions.

Tweaking the symmetry and chemical composition of the easily altered halide perovskite crystals could lead to powerful new spintronic materials.

Bruno Basso and Phil Robertson led research into how the U.S. can best manage cropland soil to capture carbon dioxide from the atmosphere.

Data from spent nuclear fuel rods will be crucial to the development and licensing of new fuel technologies.