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    Rotating spiral waves are self-organized features in spatially extended excitable media and may play an important role in cardiac arrhythmias including atrial fibrillation (AF). In homogeneous media, spiral wave dynamics are perpetuated through spiral wave breakup, leading to the continuous birth and death of spiral waves, but have a finite probability of termination. In non-homogeneous media,…

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    • #EPeeps It may be possible predict if #afib will respond to #ablation in each patient using #physics models/clinical data @EladAnter @fleurtjong @Anand_Ganesan1 @Ntrayanova @TinaBaykaner @CaMo_KIT @axel_loewe @mcfinlay @voltamedical https://t.co/H31X8eaRfs https://t.co/8Fi2EoBKTI

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    Photo Illustration by Erin O’Flynn/The Daily Beast/Getty ImagesThis past December, the physics Nobel Prize was awarded for the experimental confirmation of a quantum phenomenon known for more than 80 years: entanglement. As envisioned by Albert Einstein and his collaborators in 1935, quantum objects can be mysteriously correlated even if they are separated by large distances. But as weird as the…

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    • Why More Physicists Are Starting to Think Space and Time Are ‘Illusions’ https://t.co/QUMSEhLr0l via @Yahoo #Physics

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    Physicists at Brookhaven National Laboratory (BNL) have discovered a completely new type of quantum entanglement, the spooky phenomenon that binds particles across any distance. In particle collider experiments, the new entanglement allowed scientists to peer inside atomic nuclei in more detail…

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    • Physicists discover completely new type of quantum entanglement https://t.co/ETlB34zz54 #Physics