APS Division of Fluid Dynamics
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ID: 1541528251000037381
27-06-2022 21:07:16
293 Tweet
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Ade et al. (Kirti Sahu's Lab: Raindrops Research) reveal how the height a droplet falls from transforms its breakup patterns in an airstream. From mesmerizing vibrational modes to complex bag-stamen breakups, the dance of inertia and surface tension is a sight to behold! @ go.aps.org/3WZqFRf
#galleryoffluidmotion Check out what happens to a drop at zero gravity when excited in this poster by D.Panda, L.Kahouadji, L.Tuckerman, S.Shin, J.Chergui, D.Juric, and O.Matar Imperial College London Sorbonne Université CNRS 🌍 @HongikUniversity LISN Cambridge University #apsdfd #fluiddynamics
Exciting findings on surfactant-laden bubble bursting from Matar Fluids Group and Co! They reveal how surfactants alter capillary wave dynamics and Worthington jet formation, impacting aerosol generation. Read more @ go.aps.org/4dAHnw3 #FluidDynamics #Aerosols #bubbles
PRFluids Editors' Suggestion: Julian Mak つ ◕_◕ つ et al. reveal how sloping sea floors influence the stability of ocean currents through Rossby edge waves. They highlight the importance of phase shifts over phase tilts. go.aps.org/4768b5e #FluidDynamics #Oceanography
If you can’t beat them, join them. Instead of banning #GenerativeAI like #ChatGPT in the classroom, some educators are looking at their potential as tools to teach #physics. Sophia Chen has the latest for APS News: go.aps.org/3T6Cfb1