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21 March 2012

In a project that could set an example for other earthquake-prone areas, high school students in Taiwan are now taught how to install low-cost seismic sensors at home and school. Scientists use them to offer students hands-on learning in geosciences and cloud computing.

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Researchers used supercomputing to develop smarter, faster, and more accurate genetic alignment and tree-building algorithms and applied them to some of the largest biological datasets ever created.

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Computational scientists help researchers discover how neutrinos flavor-shift as they travel at near light-speed.

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In a project that could set an example for other earthquake-prone areas, high school students in Taiwan are now taught how to install low-cost seismic sensors at home and school. Scientists use them to offer students hands-on learning in geosciences...

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Researchers used supercomputing to develop smarter, faster, and more accurate genetic alignment and tree-building algorithms and applied them to some of the largest biological datasets ever created.

3.333335

Computational scientists help researchers discover how neutrinos flavor-shift as they travel at near light-speed.

3

Former M*A*S*H star and physics enthusiast Alan Alda has created the Flame Challenge, encouraging scientists (or anyone who appreciates the wonder of science) to explain what a flame is. Sounds easy, right? Here’s the catch: there are 10,000...

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