New work by researchers at UC Berkeley could soon transform the building blocks of modern … more
For decades, electronic devices have been getting smaller, and smaller, and smaller. It’s now possible—even … more
Physicists at the University of New South Wales have observed a new kind of interaction … more
Researchers from Purdue and Harvard universities have created a new type of transistor made from … more
In the quest to develop flexible plastic electronics, one of the stumbling blocks has been creating transistors with enough stability for them to function in a variety of environments while still maintaining the current needed to power the devic…
COLLEGE STATION, Dec. 23, 2010 — An international team of researchers featuring Texas A&M University physicist Jairo Sinova has announced a breakthrough that gives a new spin to semiconductor nanoelectronics and the world of information technolog…
Rice University research that capitalizes on the wide-ranging capabilities of graphene could lead to circuit applications that are far more compact and versatile than what is now feasible with silicon-based technologies.
Evident Technologies, Inc. announced today that it has been issued United States Patent Number 6,571,028 for an all optical switch or optical transistor. The optical transistor is based upon a saturable absorber or switch using the company?s EviDots semiconductor nanocrystal quantum dot technologies. The optical switch has the potential to switch at speeds up to thousands of times faster than current generation optical switching.
Engineers at Oregon State University have created the world?s first transparent transistor, a see-through electronics component that could open the door to many new products. The discovery ?is a significant development in the context of transparent electronics,? the scientists said in their publication, but pointed out it?s too early to tell what applications may evolve. ?There?s no doubt it will open the door to some interesting new products and businesses, but we?re not sure what all they might be.”