Saturday, February 13, 2016

FeedaMail: Science News Headlines - Yahoo! News

feedamail.com Science News Headlines - Yahoo! News

App shakes up earthquake science by turning users into sensors

By Sebastien Malo NEW YORK (Thomson Reuters Foundation) - Smartphones could become the makeshift quake detectors of the future, thanks to a new app launched Friday designed to track tremors and potentially save the lives of its users. Its inventors say the app, released by the University of California, Berkeley, could give early warning of a quake to populations without their own seismological instruments. "MyShake cannot replace traditional seismic networks like those run by the U.S. Geological Survey," said Richard Allen, leader of the app project and director of the Berkeley Seismological Laboratory.

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'Star Wars' Fans Feel the Force at New Jersey's Liberty Science Center

"Star Wars" remixes and tribute songs filled the air as crowds of dressed-up fans and their parents (and children) packed into the learning center in New Jersey Friday to kick off "Science, Sabers and Star Wars," a celebration of the movies' world. Once there, they can train to be a Jedi, design a droid, blast rockets at the Death Star, meet R2-D2, and even see arcs of electricity pulsate to the beat in a "Star Wars"-themed Tesla Coil show — all activities aimed at teaching a bit of science with the movies' help. "We're able to marry something people like anyway — and, of course, that's their enthusiasm for 'Star Wars' — with actually going a bit into the science behind it," Paul Hoffman, Liberty Science Center president and CEO, told Space.com.


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Gravitational Waves: What Their Discovery Means for Science and Humanity

People around the world cheered yesterday morning (Feb. 11) when scientists announced the first direct detection of gravitational waves — ripples in the fabric of space-time whose existence was first proposed by Albert Einstein, in 1916. The waves came from two black holes circling each other, closer and closer, until they finally collided. The recently upgraded Large Interferometer Gravitational Wave Observatory (LIGO) captured the signal on Sept. 14, 2015.


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