Attack on classical cryptography system raises security questions
'Fibonacci quasiparticle' could form basis of future quantum computers
What makes Champagne bubbly?
Long-searched-for glueball could soon be detected
SIMP v WIMP: Novel thermal relic mechanism for dark matter creation in the early universe
Can capacitors in electrical circuits provide large-scale energy storage?
Hackers begone: Measurement-device-independent QKD increases clock rate and transmission distance while reducing failure
New largest number factored on a quantum device is 56,153
High-fidelity photon-to-atom quantum state transfer could form backbone of quantum networks
Beyond geometry: Shape entropy links nanostructures with emergent macroscopic behavior in natural and engineered systems
Electric vehicles could stabilize large disturbances in power grid
Multiphysics invisibility cloak manipulates both electric current and heat
Physicists study magnetism with the roles of position and momentum reversed
How the physics of champagne bubbles may help address the world's future energy needs
Uncork a bottle of champagne, and as the pressure of the liquid is abruptly removed, bubbles immediately form and then rapidly begin the process of "coarsening," in which larger bubbles grow at the expense ...
Dec 18, 2014
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