NANO SCIENCE AND ENGINEERING RESEARCH OUTREACH

Emerging Opportunities for Nanoelectronics R&D in India

A unique initiative for accelerating research and development in nanoelectronics in India has been launched in August 2008 at the Centers of Excellence in Nanoelectronics (CEN) at Indian Institute of Science, Bengaluru (IISc) and Indian Institute of Technology Bombay (IITB). The Indian Nanoelectronics Users Program (INUP) intends to facilitate experimentation of research ideas of Indian researchers in the general area of nanoelectronics.

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Intel's upcoming 10-nanometer chip manufacturing technology

At long last, chip giant Intel (NASDAQ: INTC) opened up about its upcoming 10-nanometer chip manufacturing technology, at its first-ever Technology and Manufacturing Day. The company has -- frustratingly -- kept key details of this technology under wraps for years now, but Intel is now putting them out there for all to see. Without further ado, let's look at what Intel had to tell us about this new tech. A large jump in density Let's talk performance Competitive comparison and no yield information Image source: Intel. Chipmakers generally like to reduce the area of its transistors with major new technology shifts. This area reduction is important in reducing transistor costs on a yield-normalized basis, a really important factor for product cost. Chipmakers are ultimately able to cram more features and functionality into a chip while maintaining reasonable cost structures. Intel says that in moving from 14 nanometers to 10, it's delivering an incre...

Nano thin film Barium Stannate :New revolution to electronics and solar industry

A team of researchers, led by the University of Minnesota, have discovered a new nano-scale thin film material with the highest-ever conductivity in its class. The new material could lead to smaller, faster, and more powerful electronics, as well as more efficient solar cells. The discovery is being published today in Nature Communications , an open access journal that publishes high-quality research from all areas of the natural sciences. Researchers say that what makes this new material so unique is that it has a high conductivity, which helps electronics conduct more electricity and become more powerful. But the material also has a wide bandgap, which means light can easily pass through the material making it optically transparent. In most cases, materials with wide bandgap, usually have either low conductivity or poor transparency. "The high conductivity and wide bandgap make this an ideal material for making optically transparent conducting films which could be used...

Transition metal dichalcogenides (TMDs): a new revolution to quantum technologies

Transition metal dichalcogenides (TMDs) are layered semiconductors that can be exfoliated into layers only a few atoms thick. Recent research has shown that some TMDs can contain quantum light sources that can emit single photons of light. Until now, the occurrence of these quantum light emitters has been random. Now, researchers in the Graphene Flagship working at the University of Cambridge, UK, have created large scale arrays of these quantum emitters in different TMD materials. The work, also involving researchers from Harvard University, US, is published in Nature Communications . This new approach leads to large quantities of on-demand, single photon emitters, paving the way for integrating ultra-thin, single photons in electronic devices. Quantum light emitters, or quantum dots, are of interest for many different applications, including quantum communication and networks. Until now, it has been very difficult to produce large arrays of quantum emitters close together w...

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