Breakthrough in Waferscale self-assembly of nanostructures

Researchers at Northeastern University have developed a technique to scale-up the directed assembly of single-walled carbon nanotube (SWNT) networks, from microns to inches, creating a viable circuit template that can be transferred from one substrate to another for optimum productivity. The revolutionary assembly process has the potential to change the way electronics and other applications …

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Aging 2008 at UCLA June 27-29, 2008

The Methuselah Foundation is having a major Aging conference at UCLA in Los Angeles June 27 through June 29, 2008 It is at Royce Hall in UCLA. The press release on the free June 27 event What: Aging: The Disease, The Cure, The Implications, hosted by Methuselah FoundationWhen: Friday, June 27, 2008, Drinks 4pm, Presentations …

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Olympic Athlete Technology

South African Paralympian Oscar Pistorius [bladerunner] has won a landmark appeal over a ban on his artificial legs. There will be a technology battle between the Biorubber Swim-SCS Fabric against the Speedo LZR Racer. Japanese swimmers have been alarmed by the LZR Racer since its debut in February, with the suit accounting for 18 of …

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You say inVitro meat, yuck. But eat deep fried meat slurry, corn and chemicals. Called chicken nuggets

I had previously covered the PETA $1 million prize for invitro (test tube / factory meat from stem cells) meat. PETA prize for chicken meat that can pass a fried chicken taste test and be sold in ten states commercially Many people have an initial reaction that invitro meat would be yucky and they do …

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Tracking progress to controlling light, life and matter

About two years ago, I was speculating about the never ending but rapidly progressing process of humanity gaining control (mastery) of information, light, energy, magnetism, and matter. (ILEMM control) I would also add another L for life referring to synthetic life, genomic, protenomics, epigenomics and control of stem cells and other cells. So ILLEMM control. …

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A simple-to-make “superlens” can focus 10 times better than diffraction limit, microwaves so far, next 19-38 nm for visible light

A simple-to-make “superlens” can focus 10 times more sharply than a conventional lens. It could shrink the size of features on computer chips, or help power gadgets without wires. No matter how powerful a conventional lens, it cannot focus light down to more than about half its wavelength, the “diffraction limit”. So far they have …

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