Tag: microelectronics

Energy-Efficient Microelectronics Discovered: Fabric fortified by light beats might be jump toward more energy-efficient supercomputing. Ferroelectric fabric adjusts to light jolts by reorganizing nuclear network on the nanoscale. Researchers have ...

Using a combination of high-resolution X-rays, time-recovery algorithms, and machine learning, Cornell University researchers have revealed complex nanotextures (Machine learning enhances X-ray imaging of nanotextures) in thin films, giving scientists ...

Machine learning is used to make complex systems work efficiently the learned patterns can draw heat from the system by constantly comparing them to find the most energy-efficient operation. Getting ...

SMART researchers create the world's smallest LED and holographic microscope that converts existing mobile phone cameras into high-resolution microscopes. Researchers from the Interdisciplinary Research Groups (IRG) Disruptive & Sustainable Technologies ...

Meta-optics shows the physical process in the attosecond range, a new type of meta-optics from Harvard has been shown to work in experiments at the Graz University of Technology. With it, ...

Magnetic eddies have been observed to circulate strongly in metallic materials, It can be applied to computer memory and advanced microelectronics. A multi-industry company has discovered something amazing about magnets. This ...

  Microchip fabs in the United States can cram billions of data-processing transistors into a small silicon chip, but the critical device, which is the "clock", over time, the operation ...

With the first discovery of quasi-particles - called excitons - and topological insulators, an international group of scientists working at the Würzburg-Dresdner Cluster of Excellence ct.qmat has made progress (Milestone ...

Researchers have developed a new nanoelectronic platform based on graphene - a single sheet of carbon. An urgent need in the field of nanoelectronics is the search for materials that can ...

Magnets create an invisible field that attracts certain objects. A common example is a refrigerator. More important to our daily life, magnets can also store data in computers. By using ...