S4SEs Free Fractal Walls.1. Captured Lightning: fractal-like Lichtenberg figures frozen in acrylic blocks by Bert Hickman. Man Turns Down Billions for His Ancestral Homeland. Man Turns Down Billions for His Ancestral Homeland Though his tribal land is worth an estimated $5 billion, an Aboriginal man refuses to sell it, instead keeping it as a legacy for his family. By Kathryn Hawkins. Posted on January 11 2010 A stunning vista of jagged brick-red cliffs lies in Australia’s desolate Northern Territory. As breathtaking as the scenery is, though, most people are more concerned with what lies beneath Koongarra: A massive deposit of uranium worth $5 billion.
Just one man, 36-year-old Jeffrey Lee, holds the title to this unfathomably valuable piece of real estate – and he says it’s not for sale. Lee, an Australian Aborigine, won’t condone the destruction of his ancestral land at any cost. “There are sacred sites, there are burial sites and there are other special places out there which are my responsibility to look after,” Lee told The Sydney Morning Herald.
Lee’s incredible sacrifice isn’t just about salvaging the past: It’s about protecting the future, too. Hail: The Return of the Sun - Film e TV. Matsushita unveils world's biggest TV | Technology. Shooting Anvils 200 Feet In the Air Is as Bloody Crazy as It Sounds - Anvils - Gizmodo. 81GHz diamond semiconductor created Computer Chips & Hardware Technology. With the recent announcements of hotter than ever processors , semiconductor makers are facing a profound quandry.
Customers are demanding more and more performance, which requires smaller and smaller transistors. As the CPU becomes physically smaller, thermal dissipation problems become more pronounced. Even with heat spreaders, dissipating nearly a hundred continuous watts of heat from an area not much larger than one square centimeter is a vexing problem that's only getting worse. Chip manufacturers are casting about, looking for anything that might stave off turning their silicon masterpieces into molten goop.
Enter diamond semiconductors. But how can carbon, an insulator and the base material of diamond, become a semiconductor? Diamond isn't exactly the cheapest substance on the planet. A competitor to Gemesis, Apollo Diamond , has struck upon an entirely different process that makes diamonds using a plasma-based diffusion method (see our previous coverage ). And so much more. The Morph concept - Nokia (full version video) Nerd Drive Australia. Screwing Around in Space.