Medicine & TechnologyA new study suggests that diamond electronics could be more effective than silicon in operating high-voltage power grids. Learn more about it in this article.
Georgia Tech researchers achieve a milestone, crafting the world's inaugural functional graphene semiconductor, introducing a novel approach to electronics. Check out more details in this article.
A new study provides new insight about spin in quantum dots’ carrier multiplication, holding key to applications that depend on the conversion of energy from light. Learn more about it in this article.
A team at the University of Michigan creates the thinnest ferroelectric semiconductor, revolutionizing computing and advancing AI. Learn how this nanotechnology breakthrough will shape the future. Click to continue reading.
Researchers from TU Wien in Vienna created a new nanostructure made of pure germanium bonded with aluminum that makes them best suited for complex applications in quantum technology.
By pouring through datasets of complex computer simulations, an artificial intelligence (AI) system was trained to predict how electronic devices, such as transistors and microchips, will fail.
A newly developed strategy to solve electromigration could potentially extend the life and performance of devices based on nanoelectronics and semiconductors.