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14 November 2012

The Computing for Sustainable Water Project has run its course following six months of computation on the World Community Grid. The project has focused on the issues surrounding the quality of water in the Chesapeake Bay area, the largest watershed of the Atlantic seaboard of North America. The researchers behind the project hope to apply the lessons learned here to other watersheds around the world.

 

 

 

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The Sequoia supercomputer has simulated the human heart at an unprecedented scale, a breakthrough for the use of computational medicine by doctors to prevent sudden cardiac death.

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Researchers have discovered the mechanism of how a dangerous class of carcinogen stabilizes the very DNA it damages. This finding could lead to better preventative medicine and cancer treatment.

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Spotlight

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As iSGTW celebrates its 10th anniversary, Katie Yurkewicz, the publication’s first editor, looks back at the challenges of establishing an e-newsletter to support the fledgling grid-computing community and highlights how the...

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This issue marks the 10th anniversary of iSGTW. We would like to take this opportunity to thank all our readers and all those who have contributed to the publication over the last decade.

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