<ul><li>Scientists studying superfluid helium have discovered a universal law explaining how quantum vortices interact, separate, and create turbulence.</li><li>This research can also provide insights into the behavior of regular fluids like air and water, impacting engineering, technology, and weather forecasting.</li><li>The study, led by researchers from FAMU-FSU College of Engineering and the National High Magnetic Field Laboratory in collaboration with international institutions, was published in the Proceedings of the National Academy of Sciences.</li><li>The findings shed light on how energy flows in fluid dynamics and could have implications for designing better engines, improving weather prediction, and enhancing energy systems efficiency.</li></ul>

Scientists catch quantum vortices in the act—and change fluid physics forever

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