From Our Blogs

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.

Soft robotics researchers from Rice and Harvard have created a nonelectronic control system that uses air to process information.

Indiana University researchers are co-leading a project to better understand and predict weather phenomena that contribute to heavy rainfall.

With a $1.1 million grant from DOE, seismologist Emily Brodsky will address seismic challenges involved in carbon sequestration and geothermal energy.

Supartha Podder, an assistant professor at Stony Brook University, received a two-year $400,000 DOE grant to study the power of quantum witnesses.

With renewed funding, UC San Diego-based Q-MEEN-C moves one step closer to neuromorphic computing.

The team will produce genetically enhanced oilseeds, establish the “rules” of oilseeds’ metabolic circuitry, and develop synthetic biology tools.