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Scientists prepare two new underwater sensor arrays to hunt for neutrinos that originated in the distant universe. 
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Neutrinos are hard to detect: since they don't interact with light, they literally can't be seen. So how can they be spotted? In our latest One-Minute Physics animation, producer Henry Reich illustrates a technique for getting a glimpse of these subatomic particles as well as highlighting their weird properties.
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Oh Albert. Did you get it wrong? In 2011, physics was shaken by an experiment which said the Universe's speed limit, enshrined by Einstein in his 1905 theory of special relativity, could be broken.
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From
io9
So we've had neutrinos that traveled faster than light — or at least, that result hasn't been invalidated yet. But how soon can we get spaceships that can travel to other star systems without traveling at faster-than-light velocities?
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From gluons to galaxies, one scientist takes on all the mysteries the Universe has to offer.
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Even if subatomic particles have broken the speed of light barrier, using neutrinos for time-travel would be tough. Via Angela Natividad
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The hunt for elusive neutrinos will soon get its largest and most powerful tool yet: the enormous KM3NeT telescope, currently under development by a consortium of 40 institutions from ten European countries.
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The second-biggest structure in human history will seek to answer deep cosmic mysteries...
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GENEVA (Reuters) - An international team of scientists in Italy studying the same neutrino particles colleagues say appear to have travelled faster than light rejected the startling finding this weekend, saying their tests had shown it must be wrong.
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The faster-than-light neutrino teases physicists: Retain Einstein’s theory or rethink the universe?
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The relativistic motion of clocks on board GPS satellites exactly accounts for the superluminal effect, says physicist.
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Einstein released many theories during his scientific career, but it was the publishing of his two theories of relativity that literally shook the foundations of physics. The theories proposed by him still stand today even though there are many individuals who have tried to challenge them. It started in 1905 with the publishing of his special theory of relativity and was later followed by the general theory of relativity in 1915 . Each of these theories are comprised of their own sets of equations, laws and principles that explain why things act the way that they do, from the largest of galaxies right now to the smallest of particles.
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