Unique Collaboration Yields Secure and Resilient Virtual Computing Platform for Sensitive Cloud Deployments

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Fritz Technologies, LynuxWorks and TransLattice bring technology
and expertise together to produce S.E.C.U.R.E platform solution

San Jose, CA, March 28th 2010 – Three companies known for their innovation in producing solutions for Government and DoD applications, LynuxWorks, TransLattice and Fritz Technologies, today announced a collaboration of their technologies and expertise to provide a new platform for building cloud deployments in sensitive environments. The resulting S.E.C.U.R.E (Secure, Enterprise, Cross-Domain, Unified, Resilient Environment ) solution creates the ideal environment for situations requiring secure hosting of applications, geographic redundancy of applications and data, and secure cross-domain transfer of information.

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Planck steps closer to the cosmic blueprint

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This all-sky image shows the distribution of carbon monoxide (CO), a molecule used by astronomers to trace molecular clouds across the sky, as seen by Planck (blue). A compilation of previous surveys (Dame et al. (2001)), which left large areas of the sky unobserved, has been superimposed for comparison (red). The outlines identify the portions of the sky covered by these surveys.

Molecular clouds, dense and compact regions throughout the Milky Way where gas and dust clump together, represent one of the sources of foreground emission seen by Planck. The vast majority of gas in these clouds consists of molecular hydrogen (H2), and it is in these cold regions that stars are born. Since cold H2 does not easily radiate, astronomers trace these cosmic cribs across the sky by targeting other molecules, which are present there in very low abundance but radiate quite efficiently. The most important of these tracers is CO, which emits a number of rotational emission lines in the frequency range probed by Planck’s High Frequency Instrument (HFI).

Emission lines affect a very limited range of frequencies compared to the broad range to which each of Planck’s detectors is sensitive, and are usually observed using spectrometers. But some CO lines are so bright that they actually dominate the total amount of light collected by certain detectors on Planck when they are pointed towards a molecular cloud.

The Planck image represents the first all-sky map of CO ever compiled. As highlighted in this image, the largest CO surveys thus far have concentrated on mapping the full extent of the Galactic Plane, where most clouds are concentrated, leaving large areas of the sky unobserved.

The CO map compiled with Planck shows concentrations of molecular gas in portions of the sky that have not been observed before, such as at high galactic latitudes, where clouds that are relatively close to the Solar System might be projected on the all-sky map. Planck’s high sensitivity to CO also means that even very low-density clouds can be detected, and new details can be revealed in clouds that were already known.

Follow-up observations and further studies of these stellar nurseries will allow a detailed investigation of the physical and chemical conditions that lead to the formation of molecular clouds, shedding new light on the very early phases of star formation.

Credits: ESA/Planck Collaboration; T. Dame et al., 2001

13 February 2012
ESA’s Planck mission has revealed that our Galaxy contains previously undiscovered islands of cold gas and a mysterious haze of microwaves. These results give scientists new treasure to mine and take them closer to revealing the blueprint of cosmic structure.

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NASA Spacecraft Reveals New Observations of Interstellar Matter

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WASHINGTON — NASA’s Interstellar Boundary Explorer (IBEX) has captured the best and most complete glimpse yet of what lies beyond the solar system. The new measurements give clues about how and where our solar system formed, the forces that physically shape our solar system, and the history of other stars in the Milky Way.

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The South African team take fifth place in GOR Leg 2

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Nick Leggatt and Phillippa Hutton-Squire take fifth place in Leg 1 with Class40 Phesheya-Racing

At 15:14:30 GMT (04:14:30 local) on Wednesday 4 January, the South African double-handed team of Nick Leggatt and Phillippa Hutton-Squire took fifth place in Leg 2 of the Global Ocean Race with Class40 Phesheya-Racing, completing the 7,000 mile course from Cape Town to Wellington, New Zealand, in 36 days 05 hours 14 minutes and 30 seconds.

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Cameron’s Chamberlain Moment?

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British Prime Minister Neville Chamberlain at Heston Airport on his return from Munich after meeting with Hitler. He is making his ‘peace for our time’ address. Photograph: Central Press/Getty Images

Cameron would not be the first British Prime Minister to receive worthless promises from a German Kanzler

Will Cameron return with a worthless piece of paper

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