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POPSSweden's Ultra-Modern Underground Data Center
When asked the motivation behind Pionen, Jon Karlung, CEO of Bahnhof said “Rather than just concentrating on technical hardware we decided to put humans in focus. Of course, the security, power, cooling, network, etc, are all top notch, but the people designing data centers often (always!) forget about the humans that are supposed to work with the stuff.” “Since we got hold of this unique nuclear bunker in central Stockholm deep below the rock, we just couldn't’t build it like a traditional – more boring – hosting center,” he said. “We wanted to make something different. The place itself needed something far out in design and science fiction was the natural source of inspiration in this case – plus of course some solid experience from having been a hosting provider for more than a decade.” Regarding the design of the facility, he said “I’m personally a big fan of old science fiction movies. Especially ones from the 70s like Logan’s Run, Silent Running, Star Wars...
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POPSThe Intelligent Egg The ramifications are enormous as we imagine homes that customize themselves to us and our needs. Adjusting temperature, music, lighting, and putting a pot on boil are all things that could be done automatically. Taken a step further we look at intelligent environments, where the home is constantly monitoring our health and safety, and is prepared to respond quickly. An intelligent home of the future may also ask us what time we want to wake up when we hit the sack. A plausible prediction is that these intelligent environments and or ambient intelligence will take away many of our chores and allow us to focus on productivity, learning, and leisure. They may stream customized interactive information that serves to create a nurturing environment. Differing from ubiquitous computing, it would allow us to create an intimitate connection with technology.
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POPSRight and wrong lessons from biology The opposite view stresses that evolution is an extremely effective way of searching parameter space, and that in consequence is that we should assume that biological design solutions are likely to be close to optimal for the environment for which they’ve evolved. Where these design solutions seem odd from our point of view, their unfamiliarity is to be ascribed to the different ways in which physics works at the nanoscale. At its most extreme, this view regards biological nanotechnology, not just as the existence proof for nanotechnology, but as an upper limit on its capabilities.
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POPSProfessor Designs Plasma-propelled Flying Saucer The force created by passing an electrical current through this plasma pushes around the surrounding air, and that swirling air creates lift and momentum and provides stability against wind gusts. In order to maximize the area of contact between air and vehicle, Roy’s design is partially hollow and continuously curved, like an electromagnetic flying bundt pan. One of the most revolutionary aspects of Roy’s use of magnetohydrodynamics is that the vehicle will have no moving parts. The lack of traditional mechanical aircraft parts, such as propellers or jet engines, should provide tremendous reliability, Roy said. Such a design also will allow the WEAV to hover and take off vertically.
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