Posted by admin on March 10th, 2010
Electronic presentation of the research paper "Nanotechnology for Alternative Energy Sources in the Developing World." April 2008
Posted by admin on March 9th, 2010
Dr. William Deagle Exposes The Secrets Of Nanotechnology, Underground Cities & The Alien Influence In Our History
Posted by admin on March 8th, 2010
Dr. William Deagle Exposes The Secrets Of Nanotechnology, Underground Cities & The Alien Influence In Our History
Posted by admin on March 7th, 2010
Dr. William Deagle Exposes The Secrets Of Nanotechnology, Underground Cities & The Alien Influence In Our History
Posted by admin on March 6th, 2010
Dr. William Deagle Exposes The Secrets Of Nanotechnology, Underground Cities & The Alien Influence In Our History
Posted by admin on March 5th, 2010
Nano technology pearl powder, ??????, Jewelry Institute of America
Posted by admin on March 4th, 2010
Dr. William Deagle Exposes The Secrets Of Nanotechnology, Underground Cities & The Alien Influence In Our History
Posted by admin on March 4th, 2010
I have seen the future, and it is now.
Those words came to mind again as I recently listened to Craig Venter, one of those leading the new areas of synthetic genomics and synthetic biology. Every time I hear a talk on this subject, it seems a new threshold in the artificial manipulation and, ultimately, creation of life has been passed.
Posted by admin on March 4th, 2010
In 1975 electronics pioneer Gordon Moore famously predicted that the complexity of integrated-circuit chips would double every two years. Manufacturing advances would allow the chip’s transistors to shrink and shrink, so electrical signals would have to travel less distance to process information. To the electronics industry and to consumers, Moore’s Law, as it became known, meant computerized devices would relentlessly become smaller, faster and cheaper. Thanks to ceaseless innovation in semiconductor design and fabrication, chips have followed remarkably close to that trajectory for 35 years.
Engineers knew, however, they would hit a wall at some point. Transistors would become only tens of atoms thick. At that scale, basic laws of physics would impose limits. Even before the wall was hit, two practical problems were likely to arise. Placing transistors so small and close together while still getting a high yield--usable chips versus defective ones--could become overly expensive. And the heat generated by the thicket of transistors switching on and off could climb enough to start cooking the elements themselves.
Posted by admin on March 3rd, 2010
Move over Monet, step aside Cezanne – there’s a new master of form and colour on the scene, and its name is Jumbo. Or rather, their names are Hong, Paya and Somjai – ex-logging elephants in Thailand who are able to paint pictures of everything from flowers and landscapes to their very own... This is just a brief summary, please visit Environmental Graffiti to see the full, formatted version of the article
