| Engineers working at the University of Illinois and Stanford University in the US together with researchers at Hefei University of Technolog...
| Engineers working at the University of Illinois and Stanford University in the US together with researchers at Hefei University of Technolog...
| At Stanford University's SLAC National Accelerator Laboratory, a novel, relatively compact antenna for extreme long-wave radio communication...
| Modern electronics in, for example, solar panels, camera sensors and medical imaging equipment often contains semiconductor material with a...
| Researchers from Stanford University (California, USA) have developed a sensor that allows doctors to monitor the success of blood vessel su...
| A switched off device does not reduce battery life, but is does not work either. Now, an energy-efficient system that is always on alert can...
| Researchers at Queen's University's school of Mathematics and Physics in Belfast together with Stanford University, the University of Califo...
| As electronics become increasingly pervasive in our lives – from smart phones to wearable sensors – so too does the ever rising amount of el...
| Although the computing power of computers is continually increasing, they are and continue to be clumsy energy wasters when compared to huma...
| Researchers from the Stanford University School of Medicine, using a combination of microfluidics, electronics and a standard inkjet printer...
| Stanford researchers have found a way to extinguish a fire in a lithium-ion battery. The researchers put triphenyl phosphate (TPP) inside a...