Researchers at the University of Arkansas and their colleagues have discovered a new phase in ferroelectric nanowires that could be controlled to optimize important properties for future electronic devices.
Seeking a way to confirm that patients have taken their medication, University of Florida engineering researchers have added a tiny microchip and digestible antenna to a standard pill capsule. The prototype is intended to pave the way for mass-produced pills that, when ingested, automatically alert doctors, loved ones or scientists working with patients in clinical drug trials.
A closer look at a promising nanotube coating that might one day improve solar cells has turned up a few unexpected wrinkles, according to new research - research that also may help scientists iron out a solution.
A multidisciplinary research team at the National Institute of Standards and Technology (NIST) has found that an organic semiconductor may be a viable candidate for creating large-area electronics, such as solar cells and displays that can be sprayed onto a surface as easily as paint.
Physicists at the National Institute of Standards and Technology (NIST) have built and tested a device for trapping electrically charged atoms (ions) that potentially could process dozens of ions at once with the most versatile control of any trap demonstrated to date.
How hard do you have to pull on a single atom of - let's say - gold to detach it from the end of a chain of like atoms? It's a measure of the astonishing progress in nanotechnology that questions that once would have interested only physicists or chemists are now being asked by engineers.
CEA-Leti, a leading global research center committed to creating and commercializing innovation in micro- and nanotechnologies, said today that its Hybrid Metrology Project has developed a way to reduce measurement uncertainty in the sub-28nm nodes.
Rainer Blatt's and Piet Schmidt's research team from the University of Innsbruck have successfully realized a single-atom laser, which shows the properties of a classical laser as well as quantum mechanical properties of the atom-photon interaction.
The efficiency of thin-film-based devices, however, could rival that of bulk silicon solar cells if the surface of the thin film is engineered on the nanoscale using the specifications suggested in a theoretical study by Junshuai Li and co-workers at the Institute of Microelectronics, A*STAR.