Optical laser uses shockwaves to peer inside distant planets

Scientists at SLAC's National Accelerator Laboratory are able to peer even further into space thanks to an improved optical laser. The laser uses shockwaves to create high pressure conditions in materials, and the material's response is then captured...

ICYMI: Raining tiny satellites and the laundry-folding machine

Today on In Case You Missed It: A company called FoldiMate is selling a standalone machine to sit alongside a washing and dryer and fold about 20 garments at a time for $850. Cornell University engineers are sending tiny interstellar computers to...

NASA picks solar power candidates for deep space missions

NASA is going to need solar power if it wants to keep its future deep space missions running, and that means getting someone to build that light-gathering technology. Fortunately, the agency has some partners lined up. It just picked four solar pow...

ILOA details its ILO-X lunar telescope, wants it on the Moon in 2015

Private ILOX lunar telescope receives detailed specs, goes to the Moon in 2015

The International Lunar Observatory Association and Moon Express have spent years working on their privately-backed, Moon-bound ILO-X telescope. Today, they can finally share the nuts-and-bolts details of their flight test hardware. Not surprisingly, the roughly shoebox-sized device won't come close to matching Hubble between its tiny 130mm, f/5.6 aperture and 6.4-megapixel resolution. However, oneupmanship isn't the point -- ILOA mostly wants its inaugural telescope to be accessible enough that schools, scientists and the public at large can get a peek at deep space through the internet. Most of the challenge rests in getting ILO-X to its ultimate destination. Moon Express won't deliver the telescope to the Moon until sometime in 2015, which will leave us waiting some time for another vantage point on the universe.

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Source: ILOA (PDF)

Australia Square Kilometre Array Pathfinder goes live as the world’s quickest radio telescope

Australia Square Kilometre Array Pathfinder goes live as the world's quickest radio telescope

Australia's Shire of Murchison is quickly becoming a hotbed for radio telescopes. As of of Friday, the territory is operating the world's fastest radio telescope in the form of the Australia Square Kilometre Array Pathfinder (ASKAP). The 36-antenna grid's eventual use of six phased array feeds, each with 188 receivers, will let it scan a field of view 150 times larger than the moon's visible area while processing that information much faster than a typical single-pixel radio telescope feed -- CSIRO estimates that an image of the Centaurus A galaxy that would take 10,000 hours to process with rivals should take five minutes with ASKAP. Ultimately, the array should grow to 60 antennas as part of the Square Kilometer Array, which includes South Africa in its hunt for pulsars, quasars and other unique parts of the universe. Just don't get your hopes up for booking alien listening sessions anytime soon. Commissioning started virtually as soon as the ribbon was cut, and scientists have already scheduled their usage slots for the next five years. We're sure we'll get over any frustration when we see the first ASKAP results published within the next year.

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Australia Square Kilometre Array Pathfinder goes live as the world's quickest radio telescope originally appeared on Engadget on Fri, 05 Oct 2012 11:52:00 EDT. Please see our terms for use of feeds.

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