Intel To Slash 12,000 Jobs (INTC)

That’s a lot of doors

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eight blades aperture: Schneider Tele-Xenar 75mm f3.8

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Wiik

Music video from Singapore, with track by Yllis and put together by Brandon Tay, employs lo-fi 3D rendering and distortions - recommended in 1080p HD for pixel fidelity:

Our introduction to the image of experimental electronic artist Yllis is an eyeless, robotic mask. Plastered onto art canvases and propped up on pedestals in a computer generated universe, it sings.

wiik traverses a surreal psychic landscape barraged by its own post-internet neuroses. And just like the music, the slick, calculated edges of technology here mingle and dance with he flawed fragility of man.

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Physicists find a way to probe the quantum realm without wrecking everything

Finally...!

In 1930, German theoretical physicist Werner Heisenberg came up with a thought experiment, now known as Heisenberg’s microscope, to try to show why it’s impossible to measure an atom’s location with unlimited precision. He imagined trying to measure the position of something like an atom by shooting light at it.

Light travels as a wave, and Heisenberg knew that different wavelengths could give you different degrees of confidence when used to measure where something is in space. Short wavelengths can give a more precise measurement than long ones, so you’d want to use light with a tiny wavelength to measure where an atom is, since atoms are really small. But there’s a problem: light also carries momentum, and short wavelengths carry more momentum than long ones.

That means if you use light with a short wavelength to find the atom, you’ll hit the atom with all of that momentum, and that kicks it around and risks completely changing its location (and other properties) in the process. Use longer wavelengths, and you’ll move the atom less, but you’ll also be more uncertain about your measurement.

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A milestone for wearable electronics

Clothes that receive and transmit digital information are closer to reality

Researchers who are working to develop wearable electronics have reached a milestone: They are able to embroider circuits into fabric with 0.1 mm precision – the perfect size to integrate electronic components such as sensors and computer memory devices into clothing.

With this advance, the Ohio State University researchers have taken the next step toward the design of functional textiles – clothes that gather, store, or transmit digital information. With further development, the technology could lead to shirts that act as antennas for your smart phone or tablet, workout clothes that monitor your fitness level, sports equipment that monitors athletes’ performance, a bandage that tells your doctor how well the tissue beneath it is healing – or even a flexible fabric cap that senses activity in the brain.

That last item is one that John Volakis, director of the ElectroScience Laboratory at Ohio State, and research scientist Asimina Kiourti are investigating. The idea is to make brain implants, which are under development to treat conditions from epilepsy to addiction, more comfortable by eliminating the need for external wiring on the patient’s body.

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