Shaken bubbles move sideways in a surprising galloping motion, opening new possibilities for technology and science. A team ...
A team led by researchers at UNC-Chapel Hill have made an extraordinary discovery that is reshaping our understanding of ...
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Scientists shake up physics as bubbles move sideways instead of just floatingUNC-Chapel Hill researchers have discovered an unexpected horizontal galloping motion in air bubbles when shaken vertically.
CFD simulations are crucial for high-rise architecture, providing insights into airflow, wind loads, and energy efficiency ...
μSR provides insights into the material's spin relaxation dynamics and dimensionality by ... By confirming that quantum spin-liquid states exist and can be measured dynamically, this study ...
Overall, by delivering system-wide insights into fluid behaviors, advanced imaging techniques are vital for next-generation ...
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