EWM 26: Waves and eddies in geophysical fluids by Leo Maas
Waves and eddies in geophysical fluids by Leo Maas (University of Utrecht) Abstract Geophysical fluids - fluids subject to Earth’s gravity and rotation - display an inverse energy cascade and anisotropy. This is illustrated by lab experiments in which internal or inertial waves of fixed inclination are generated by periodical forcing. Sloping boundaries focuses these waves. Their associated intensified shear gives rise to instabilities, TRI and mixing, which generates a sheared, unstable mean flow developing a vortex cluster.
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EWM 26: On wave-induced viscosity: Revealing a long-standing mystery by Dirk Olbers
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EWM 26: Do near-inertial waves enhance tracer transport across the mixedlayer base? by Michal Shaham
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EWM 26: Clustering and chaotic transport in deforming oceanic eddies by Anu V. S. Nath
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We Thought Black Holes Created Event Horizons. It Might Be the Opposite
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How US Air Force B 52 Pilot Performed an Emergency Takeoff at Full Speed
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Watch Ukrainian Drones OBLITERATE a Russian Jet
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Pushing Simulations to the LIMIT to Find Order in Chaos
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The Anti Trampoline Effect
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AlphaFold - The Most Useful Thing AI Has Ever Done
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EWM 26: The failure of normal modes in quantifying gravity wave propagation ... by Jeff Carpenter
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How AI Cracked the Protein Folding Code and Won a Nobel Prize
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If You Have A Bad Memory, I’ll Help You Fix It In 28 Minutes
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"Godzilla" El Niño May Have Begun, Here's What This Means for Earth
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What James Webb Found at the Universe's Edge Is Not Good
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EWM 26: The case of the invisible waves: Emission by jets and fronts by Manita Chouksey
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How to Improve Focus & Decrease Anxiety With One Simple Practice | Andy Stumpf & Dr. Andrew Huberman
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EWM 26: Scattering of internal gravity waves by inhomogeneities by Michael R. Cox
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Physicist Brian Cox explains quantum physics in 22 minutes
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Der Wettlauf um die Energie der Zukunft | Doku HD Reupload | ARTE
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