Swing-Dancing Electron Pairs

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Superconductors are materials that permit electrical current to flow without energy loss. Their amazing properties form the basis for MRI (magnetic resonance imaging) devices and high-speed maglev trains, as well as emerging technologies such as quantum computers. At the heart of all superconductors is the bunching of electrons into pairs. Click the image to learn more about the "dancing" behavior of these electron pairs!

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Swing-Dancing Electron Pairs2019-02-19T11:39:18+00:00

The Turbulent Tangle of Quantum Vortices

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Ultracold turbulence
by Daniel Lathrop, Daniel Serrano

You may know helium as the gas that can make balloons and blimps float. At the University of Maryland, scientists are using this element to study the exotic physics of quantum vortices: the tornadoes or bathtub-drain whirls of the quantum world. Knowing how quantum vortices work could help us better understand other turbulent events (like wind and ocean currents), as well as the complex physical behavior of superconductors and neutron stars.

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The Turbulent Tangle of Quantum Vortices2018-02-14T21:41:34+00:00