Physics
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Materials Science
Jets of salty water make cellulose strands stronger
When blasted by jets of water, nanoscale fibers of cellulose align to form ultra-tough strands that rival the strength of steel, a new study shows.
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Quantum Physics
Maybe classical clockwork can explain quantum weirdness
Nobel laureate Gerard ’t Hooft proposes that a classical cause-and-effect reality underlies the probabilistic strangeness of quantum physics.
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Quantum Physics
The least physics you need is a lot in ‘Quantum Mechanics’
Leonard Susskind and Art Friedman walk readers through the basics needed to understand the quantum realm.
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Cosmology
2014 Kavli Prize winners announced
Cosmic inflation, nanoscale imaging and a better understanding of memory earn million-dollar honors with the Kavli Prize.
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Particle Physics
Proton’s magnetic properties pinned down
A precise measurement of a proton’s magnetic properties could help reveal subtle differences between matter and antimatter.
By Andrew Grant -
Quantum Physics
Nobel laureates offer new interpretations of quantum mysteries
Two Nobel laureates offer novel interpretations to explain the mysteries of quantum mechanics.
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Tech
Coffee beans sing distinct tune
Measuring the crackling noises made by roasting coffee beans could help engineers create automatic acoustic roasters.
By Meghan Rosen -
Physics
U.S. physics strategy calls for greater global collaboration
In a time of tightened budgets, the U.S. particle physics community must increase international collaboration without sacrificing its position as a leader in the field, according to a new report.
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Quantum Physics
Quantum cryptography could shed test for hackers
An added protection of a proposed quantum cryptography method makes eavesdropping nearly impossible.
By Andrew Grant -
Physics
‘The Sound Book’ explores echoes, bad acoustics and more
Acoustic engineer Trevor Cox provides an international tour of aural amazements.
By Sid Perkins -
Particle Physics
Proposed experiment would create matter from light
Photon collider would convert light into electrons and positrons.
By Andrew Grant