From the Blog

A new study at Duke University finds simple measurements of these obscure organisms can help predict future CO2 emissions for warming ecosystems.

The platform is an advancement of nanoprobe analysis & measurement, allowing the tracking of nanoparticles in three dimensions & at very high speeds.

Scientists used three layers of phosphorous atoms to create a ribbed material for polarizing light that is tunable, precise, and extremely thin.

Ann Heinrich, NNSA's Director of the Office of Nuclear Incident Policy and Cooperation, served as President of the IAEA 2021 International Conference on the Development of Preparedness for National and International Emergency Response.

Dark Matter Day is on October 31, and here is how the minds at the U.S. Department of Energy’s (DOE) national labs have been shining a light on this mystery of physics.

As increasingly severe storms threaten our critical electric infrastructure across the nation, investing in transformer infrastructure upgrades are vital to improve the resilience of the grid.

The detector will record the first proton-proton collisions of gold ions in 2023 to help physicists understand the inner workings of atoms.

Oregon State U students Quinn Carvalho, Stephen Kristy, and Jeremy Lilly were selected for DOE's Office of Science Graduate Student Research Program.

Boston College physicists' discovery of the 'layer Hall effect' in a unique material could lead to ultra-efficient electronic advances.

An analysis has been released of how the magnetic field strength generated in certain ion collisions affects the particles streaming out.