News

NYU engineers have made progress on a new manufacturing process for tungsten disulfide used in the synthesis of 2D TMDs, an attractive…

In efforts to find more efficient approaches to super-computing, researchers have improved the quality of their supercomputing answers…

As green technology transforms residential living, from solar modules to energy-efficient light bulbs, the future of home design is…

An electroactive polymer has been developed that can change size and shape when exposed to an electric field.

UCSB researchers led by Chris Van de Walle find that trace amounts of transition metal impurities in gallium nitride semiconductors kill…

Researchers have created a single device that acts as both a laser and an anti-laser, laying the groundwork for more flexible…

Researchers at UC San Diego have fabricated an optically-controlled microelectronics device, paving the way for faster, more efficient…

Optical computers may provide relief where conventional chips are failing to improve fast enough, especially for more demanding work…

A UCSB research team, including IEE faculty, have demonstrated the impact transition metal impurities have on the efficiency of nitride…

The automaker plans to offer its first residential and commercial batteries for backup power and solar self-consumption in early 2017.…

Using hydrothermal liquefaction, we can create a product that resembles crude oil out of sewage, according to the Department of Energy's…

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Using light to move large quantities of data looks promising, but gaps remain and the adoption timeline will vary by application.

A Stanford team is using high-efficiency solar cells to power the splitting of water as a means of storing energy.

Researchers have designed a programming language for energy-harvesting computers, which rely on the intermittent power supply of their…