Radio astronomy pioneer Sir Bernard Lovell dies at 98

Radio astronomy pioneer Sir Bernard Lovell dies at 98

Astronomy just lost one of its vanguards, as Sir Bernard Lovell has died at 98. The UK-born scientist was best known as a cornerstone of radio telescope development. While he wasn't the first to leap into the field, he established the University of Manchester's Jodrell Bank Observatory to study cosmic rays in 1945 and organized the construction of what would ultimately be called the Lovell Telescope -- a radio telescope so large and useful that it's still the third-largest steerable example in the world, 55 years after it was first put into action. His work helped track some of the earliest spacecraft and was instrumental in confirming the first discovered pulsars and quasars. On top of his most conspicuous achievements, Sir Lovell played an important role in developing airborne radar during World War II and was lauded for having scientific curiosity long after he hung up his Jodrell director's hat in 1980. Science will be poorer without him.

[Image credit: NASA; thanks, Darren]

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Radio astronomy pioneer Sir Bernard Lovell dies at 98 originally appeared on Engadget on Tue, 07 Aug 2012 14:43:00 EDT. Please see our terms for use of feeds.

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IBM cluster powers Murchison Widefield Array’s radio telescope, answers mysteries of the universe faster than ever (video)

IBM cluster powers Murchison Widefield Array's radio telescope, answers mysteries of the universe faster than ever video

Radio telescope operators have as much of a problem coping with the avalanche of data as getting that information in the first place. The Victoria University of Wellington is all too aware and is leaning on IBM for a powerful (if very tongue-tying) iDataPlex dx360 M3 compute cluster to sift through the deluge at the upcoming Murchison Widefield Array. Combined, the 4,096 array antennas probing deep space and solar atmospherics will have the Xeon-based cluster tackling signal data to the tune of 8GB per second, and about 50TB per day -- that's a Nexus 7's worth of astronomy faster than you can sneeze, folks. A 10Gbps network connection will feed the results to Perth to save scientists a roughly 435-mile trek. Construction is still in mid-stride, but the $51 million Australian ($52.2 million US) being spent on the Murchison array may be worthwhile if it helps solve the riddles of star formation and solar flares.

Continue reading IBM cluster powers Murchison Widefield Array's radio telescope, answers mysteries of the universe faster than ever (video)

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IBM cluster powers Murchison Widefield Array's radio telescope, answers mysteries of the universe faster than ever (video) originally appeared on Engadget on Tue, 24 Jul 2012 20:54:00 EDT. Please see our terms for use of feeds.

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