From Our Blogs

A method to image atomic-level defects in diamonds reached a spatial resolution fourteen times better than the previous diffraction limit.

Flexible compounds made with Nobel-winning click chemistry can be used in energy-storing capacitors at high temperatures and electric fields.

Students are leading the way in calibrating the sensors that will detect and track tiny flashes of light inside the underground experiment.

Daniel Tauritz will serve as the point-of-contact with various U.S. Department of Energy laboratories.

Chemists found a metal-organic framework that could be tuned to absorb and release ammonia under a large range of pressures, making it more adaptable.

Chicago Quantum Summit brought together industry leaders, government officials, university presidents & national lab directors to discuss what’s next.

Graduate students conduct thesis research at national labs through Accelerator Science and Engineering Traineeship opportunities.

The reductive and oxidative reactions research will build a foundation and expand carbon-neutral hydrogen fuel generation and storage knowledge.

UCLA researchers and their colleagues have discovered a new physics principle governing how heat transfers through materials.

The project will focus on flooding and air pollution impacts, generate relevant solutions, and contribute to critical planning and decision-making.