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The job of the future might already be past its prime. For years, young people seeking a lucrative career were urged to go ...
Scientists across the world are working to make quantum technologies viable at scale—an achievement that requires a reliable ...
Inspired by naturally occurring air bubbles in glaciers, researchers have developed a method to encode messages in ice.
“I teach computer science, and that is all,” wrote Boaz Barak, of Harvard University, in a recent op-ed in The New York Times ...
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Tech Xplore on MSNThe hidden bias pushing women out of computer scienceAt the dawn of computing, women were the early adopters of computational technology, working with punch cards in what was ...
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Study Finds on MSNIs Computer Science Punishing The Very Work That Attracts Women To The Field?New research exposes how academia's hidden bias against practical research is creating a rigged game that particularly hurts ...
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The Poughkeepsie Journal on MSNIBM reveals Poughkeepsie's role in path toward first fault-tolerant quantum computerIBM has revealed its path toward the world's first fault-tolerant quantum computer, coming in 2029 in Poughkeepsie.
Circle Stock Or Bitcoin? D-Wave is recognized for its unique quantum annealing method, which stands in contrast to the ...
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New Scientist on MSNMorse code messages can be trapped in bubbles within blocks of iceAssigning certain sizes, shapes and positions of bubbles to characters within Morse and binary codes means messages could be ...
The cryptocurrency community is starting to worry about a new generation of super-powered computers that could turn the digital monetary world on its head ...
The ice that makes up glaciers isn't 100% solid – it's actually full of air bubbles, some of which formed centuries ago.
Innovative research team freezes air bubbles in ice to store messages efficiently, inspired by ancient preservation methods.
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