From Our Blogs

The goal is to kickstart production of the spore’s outer shell, known as sporopollenin, to increase carbon stored in the plant roots.

The team redesigned the shape of the particles to a propeller, which can spin efficiently when triggered by a chemical reaction or magnetic field.

A University of California, Riverside study reports that dark matter may be more vibrant than previously thought.

A team found a bismuthate oxide material that exhibits extremely high spin orbit torque, a property useful in the emerging field of spintronics.

Researchers developed a technique to integrate 2D materials in a single step while keeping the surfaces and interfaces pristine and free from defects.

University of Rochester researchers used a particle accelerator at Fermilab to create a beam of neutrinos to investigate the structure of protons.

The U.S. Department of Energy’s Office of Fossil Energy and Carbon Management (FECM) is committed to helping the nation increase its domestic supply of these critical minerals and materials, which are essential to the way we live, to America’s economic..

A four-year, $7,278,000 funding award from DOE will help support ongoing high energy physics research at the University of Hawaiʻi at Mānoa.

The Institute for Quantum Science and Engineering is a major player in a multi-million-dollar DOE-funded hub to advance laser-driven fusion energy.

A joint research team from University of Maryland and Princeton University has invented a new plasma technology capable of reaching 8,000 Celsius.