Supercomputers and machine learning will help scientists optimize light-driven electron transfer

A UC Riverside engineer discusses direct air capture

Electromagnetic field directs shape formed by gas phase metal molecules

Alexander Balandin’s Vannevar Bush Faculty Fellowship will help advance quantum materials for electronics and energy conversion

The breakthrough combines excellent electromagnetic shielding with ease of manufacture and electrical isolation

UC Riverside engineers are developing low-temperature plasma technology to sterilize masks

The patented lightweight, impact-resistant technology could change the way we play sports, and improve wind-farm productivity and automotive fuel economy

How it’s inspiring a new class of lightweight, impact-resistant materials

A mollusk with teeth that can grind down rock may hold the key to making next generation abrasion-resistant materials and nanoscale materials for energy

Five GAANN Awards from the U.S. Department of Education will support 90 engineering graduate students

UC Riverside’s Nathaniel Gabor and colleague formulate a vision for the field in a perspective article

The device aims to reduce brain swelling and deliver a neuroprotective drug

The research will improve understanding of catalysis and develop new photodetection technologies

The discovery could make production of some electronic components cheaper, easier, and faster

An electrospun nanofiber uniquely suited to removing nitrogen and phosphorous could help prevent nitrate contamination of drinking water in small, rural communities most at risk

Small Business Innovation Research Program provides seed funding for BEAM-CA, LLC

Graphene thermal interface and steam hydrogasification receive TechConnect National Innovation Awards

Cracking paradoxically improves fracture resistance in the pugnacious crustacean’s dactyl club

Early Career Research Program award will support Ming Lee Tang’s research on developing hybrid organic-inorganic materials

Scientists use molecular dipoles to accelerate electron transfer in one direction and completely suppress it in the other. This “holy grail” of energy science could hasten the design of new and superb energy and electronic materials