Dramatic Energy Reduction in Computing and More: Simple Supe

Dramatic Energy Reduction in Computing and More: Simple Superconducting Device

MIT scientists and their colleagues have created a simple superconducting device that could transfer current through electronic devices much more efficiently than is possible today. As a result, the new diode, a kind of switch, could dramatically cut

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Dramatic Energy Reduction In Computing And More: Simple Superconducting Device : Comparemela.com

Dramatic Energy Reduction in Computing and More: Simple Superconducting Device

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MIT scientists and their colleagues have created a simple superconducting device that could transfer current through electronic devices much more efficiently than is possible today. As a result, the new diode, a kind of switch, could dramatically cut

Related Keywords

Richland , Washington , United States , Germany , Vestavia Hills , Alabama , Madrid , Spain , Boston , Massachusetts , Spanish , Liang Fu , Yingying Wu , Alessandro Lodesani , Ourania Glezakou Elbert , Christoph Strunk , Akashdeep Kamra , F Sebastian Bergeret , Danielz Haxwell , Patricka Lee , Markusf Ritter , Fabrizio Nichele , Yasen Hou , Jagadeesh Moodera , Stefan Ili , Margarita Davydova , Army Research Office , Humboldt Foundation , European Research Council , Autonomous University Of Madrid , Department Of Physics , Donostia International Physics Center , University Of Regensburg , Francis Bitter Magnet Laboratory , Ibm , Materials Research Laboratory , Department Of Energy Office Basic Sciences , Materials Physics Center , Spanish Ministry Of Science , Princeton University , Research Europe , National Science Foundation , Office Of Sponsored Research , Fusion Center , European Union Horizon , Office Of Naval Research , Research Laboratory , Max Planck Institute For The Structure , Moll Of The Max Planck Institute , Us Army , Innovation Framework Programme , Physical Review Letters , Philip Moll , Max Planck Institute , Plasma Science , Says Strunk , Amith Varambally , Autonomous University , Shang Chi , Donostia International Physics , Air Force Office , Sponsored Research , Naval Research , Army Research , European Union , Spanish Ministry ,

© 2024 Vimarsana

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