A traveling-wave reactor could use widely available depleted uranium and operate for 60 years without refueling.
BioNanomatrix cofounder Han Cao explains how his company’s nanofluidic chip could dramatically decrease the cost of genome sequencing.
Donald Sadoway describes why we need a better battery and how his new battery works.
Stuart Parkin, a research fellow at IBM’s Almaden Research Center, describes racetrack memory, a new concept for storing data. Parkin and his team believe that racetrack memory could match the capacity of magnetic hard drives and the ruggedness of flash memory, making it a possible replacement for both.
Vivek Pai explains how broadband access alone cannot bridge the digital divide.
Siri cofounders Adam Cheyer, Dag Kittlaus, and Tom Gruber describe how an intelligent software assistant would work, and how their product's technology is rooted in highly ambitious artificial-intelligence research, funded by the U.S. military.
Michel Maharbiz and his colleagues at the University of California, Berkeley, are developing implants for giant beetles that allow scientists to control the insects’ flight. Researchers hope that the beetles can one day be used for search and rescue or reconnaissance in areas inaccessible to people or other robots.
The paper diagnostic chips are made in a few steps, shown here by graduate student Andres Martinez, a member of the Whitesides Research Group.
George Whitesides explains how diagnostic paper chips could revolutionize health care in disparate places.
Zhong Lin Wang, a professor of materials science at Georgia Tech, describes his work on nanoscale devices that convert mechanical energy into power for the nano world.