Carbon nanotubes as strong as theory and irradiation makes them stronger

True strength properties of carbon nanotubes measured and they match with theoretical predictions. Previous measurements came up a lot weaker than theory. Not only do the new measurements show that defect free carbon nanotubes are as strong as predicted but the an irradiation strategy can fix defects and provide cross links to help carbon nanotube …

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Self-assembling polymer arrays improve data storage potential

In a collaborative effort between academic and industry, chemical and biological engineering professors Nealey and Juan de Pablo and other colleagues from the UW-Madison NSEC partnered with researchers from Hitachi Global Storage Technologies to test a promising new twist on the traditional computer memory and storage methods. In the Aug. 15 issue of the journal …

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Myostatin manipulation doubling lean muscle

Wired talks about new strength and muscle enhancement technology Johns Hopkins’ Se-Jin Lee recently found that overproduction of one myostatin inhibitor pumps the mice up even more than previous results instead of 60% up to 81 percent in females and a whopping 116 percent in males. Results of human clinical trials are pending. Researchers at …

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Carnival of Space #67

Carnival of Space #67 is up at next generation blog at discovery.com Centauri Dreams looks at space anomalies and implications in regards to the search for extraterrestrial life This site contributed the article on progress to radiation protection 21st century waves considers the future of nasa and the economic impact of exploration There is a …

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Blacklight Power follow up and other claims

Blacklight Power has claimed to have produced 50KW power generator prototypes which they expect to start selling in 2009. They also claim that the Hydrino technology will enable better lasers, batteries and new materials. It will be interesting to see what happens in 2009. The latest expected unit costs for the Blacklight power system compared …

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Stanford, Korean nanofab center, Oregon-based semi startup claim 3D computer chipbreakthrough

The 3D IC, which was processed on 8-inch wafers with industry standard 0.18-micron CMOS technologies both at NNFC and SNF, contains 128 million vertically oriented devices as a test vehicle, and was uniquely processed at low temperatures — below 400 degree Celsius, the parties explained. Also, a sub-micron-thick single crystalline silicon layer was initially formed …

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Progress in Radiation Protection

More effective radiation protection will be very useful for space exploration and for reducing radiation deaths in the event of nuclear bombs or nuclear accidents. Radiation protection that is vastly improved could increase the widespread beneficial uses of nuclear power and nuclear technology for space, energy and transportation. There are six categories of radiation protection/technology …

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