From the Blog

The process, in early development, uses catalysts to break the polyethylene polymers into uniform chunks - the three-carbon molecule propylene.

The new grant is a continuation of work to develop a new method of determining how the Earth’s climate is responding to greenhouse gases.

A project, led by UC Riverside mycologist Sydney Glassman, investigates nitrogen emissions from charred soil.

The dedication, professionalism and skills of NNSA’s federal and contractor security staff across the Nuclear Security Enterprise ensure that our national security mission is successfully accomplished every day of the year.

The full potential of genetically enhanced oilseeds may help meet the escalating demand for renewable fuels, industrial chemicals & other bioproducts.

A team has introduced a computing architecture ideal for AI, redesigning hardware to deliver required improvements in speed, agility, and energy usage

The goal is to collect data to develop new and improved ecosystem models & forecast how these systems will function under conditions never seen before

University of Texas at Arlington electrical engineer Chenyun Pan has earned a Department of Energy Early Career Research grant.

The U.S. Department of Energy is increasingly investing in technologies to grow a sustainable and diversified domestic lithium supply chain to meet the growing need for producing rechargeable batteries.

There’s no better time than Exascale Week to honor our director of Advanced Simulation and Computing, Thuc Hoang. Her incredible supercomputing expertise and leadership go all the way back to the origins of our stockpile stewardship program.