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Submission + - Theoretical Device Could Cloak Visible Light

brunascle writes: A new theoretical design using nanowires could provide a way to cloak visible light. Advancing on last year's microwave-cloaking breakthrough, the new design is theoretically able to work in the upper end of the visible spectrum, at a wavelength of 632.8 nanometers — visible red light. The researches behind it are calling it the first practical design of its kind to work in the visible spectrum. At around 400 to 700nm, visible light has a much shorter wavelength than microwave, 1mm to 30cm. Because of this, using this technology in the visible spectrum requires components just 40 nanometers in size. The group is now working on an actual device using the theoretical design.
It's funny.  Laugh.

Journal Journal: Are most IT people just average users with computer jobs?

When I was not even a year old the most advanced Intel microprocessor, was an 8bit 8080 running at a whopping 2 megahertz. It sold for around $360 at the time. It was the last stop before the x86 processor. It was used in the MITS Altair 8800. The first programming language written for it was Microsoft's first product, ALTAIR Basic.

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Journal Journal: Georgia Tech Unveils Prototype Nanogenerator 208

Researchers at Georgia Institute of Technology have created a working prototype nanogenerator capable of generating as much as 4 watts per cubic centimeter of continuous direct current. The generators are green (to use), drawing power from natural motion in the surrounding environment. They are based on non-toxic chemicals and should be safe for use in biomechanical implants, but that's not their only potential use. From the artic

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UNIX is hot. It's more than hot. It's steaming. It's quicksilver lightning with a laserbeam kicker. -- Michael Jay Tucker

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