Titlebook: CHIPS 2020 VOL. 2; New Vistas in Nanoel Bernd H?fflinger Book 2016 Springer International Publishing Switzerland 2016 3D Integration of Nan

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https://doi.org/10.1007/978-3-642-41518-0neers to perform new ground-breaking research with every new generation of supercomputer in important fields like: renewable energy, climate prediction, drug development, genetics and weather prediction. Every field of science and engineering (and all that entails to the welfare of the inhabitants o

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2 Transition metal hard magnetic phases,-energy, high-speed static random-access memory (SRAM) with a 6–8-transistor cell is the digital chip function with the lowest supply voltage (<500?mV), the most advanced node on the nanometer roadmap (14?nm), and the potentially most robust nano-circuit due to its fully differential operation. The

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2.3.1.2 CoPt-based heterocomposites, the optical-resolution limits of their lenses with focal lengths of 5?mm or less. At 24- to 48-bit per pixel, this volume of video data is about to flood the Internet, where video already exceeds 70?% of the traffic and >90?% of the data stored. On the other hand, high-sensitivity, high-dynamic-ran

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2.3.1 CoPt-based nanomaterials,ages. When HDR video is presented on specialized HDR displays, a substantial increase of realism can be observed, sometimes compared to “l(fā)ooking through a window”. Efficient encoding of such video, however, imposes new challenges. In this chapter we argue that adjusting the accuracy of broadcasted H

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