Networking is part of the science!
Explore the reception events at #APSDFD2026 and connect with the fluid dynamics community in Orlando, Nov. 22–24!
https://t.co/soLaEu9cjG
#FluidDynamics#Physics
Early-career researchers! 📢 Join the Young Investigators Workshop at #APSDFD2026 in Orlando on Nov. 22.
Connect, learn, and engage with the fluid dynamics community!
Details: https://t.co/m6gD7VytAu
#FluidDynamics#Physics
5th APS DFD Online Forum: Microplastic Dispersion
Nov. 18, 202612–1 PM ET
Panelists: Kara Lavender Law, Michelle Di Benedetto & Erik Van Sebille.
Register: https://t.co/mbkkARtiiT
Congratulations to the recipients of our fall 2026 prizes and awards in the fields of #FluidDynamics, #NuclearPhysics, and #PlasmaPhysics. 🎉
Check out the winners here: https://t.co/wRVt213CKn
In each place I gave a tutorial and a technical talk, mostly an hour each session, with audiences in the range 50-100 in each case. The trip was phenomenal. I am a bit at a loss to communicate just how warmly the outreach was received. Science is truly the common language.
3/3
I visited and spoke at the National University of Singapore (NUS), A-STAR (public agency), the International Center for Theoretical Sciences in Bangalore (ICTS), the Indian Institute of Science (IISc) in Bangalore and the Indian Institute of Technology Bombay (IIT-B).
2/3
Submit your abstract by July 24 to share your research with 3,000 colleagues at the annual meeting of the Division of Fluid Dynamics. @apsfluiddynamic
🔗 https://t.co/701VpvqdI2
APS DFD 2026 Abstract Deadline: July 24, 2026 (5 PM ET)!
Share your latest fluid dynamics research at one of the largest gatherings of scientists and engineers in the field.
#APSDFD#FluidDynamics#Physics#Engineering#STEM#Research
Bacteria can propel themselves like a corkscrew by wrapping their flagella around their body. How do they do it? A new study in Physical Review E suggests they take advantage of motor-induced buckling instability to perform this method of locomotion.
🔗 https://t.co/5SPyRD2X4W
Experiments and simulations explore the flow and interface dynamics near a moving contact line at obtuse angles, revealing a sharp flow deceleration along the interface, offering insight into the classical moving contact line singularity.
https://t.co/RE3Ker9gFO
An interferometry method for confined 2D binary droplets in a humidity-controlled environment enables high-res measurement of drying kinetics and internal concentration fields to characterize drying and transport in complex fluids.
Editors' suggestion: https://t.co/IZWTwQTTMr
Wishing everyone a joyful Holiday Season and a Merry Christmas! 🎄✨
May the New Year bring success, good health, and new opportunities.
— APS Division of Fluids
#MerryChristmas#HappyHolidays#APSFluids
Kari Perry’s article on our winning 2024 Gallery of Fluid Motion Milton van Dyke Award poster has just been published in PRF!
Congrats Kari 🎉
Out now 👉 https://t.co/sS8GNsAhb6
How do particles at fluid interfaces affect mass transfer?
Our new Fick–Jacobs diffusion model shows hindrance happens only at short times.
Excited this is now in Phys Rev Fluids!
Congrats Timo van Overveld & @ValeriaGarbin
🔗 https://t.co/zY1ggTxDPK
🚀 Job seekers & employers — don’t miss the #APSDFD2025 Career Fair!
Now–7:00 PM • 📍 Hall A/1, George R. Brown Convention Center, Houston
Meet potential employers, explore physics job opportunities at all levels, and get expert mentoring.
See you there!
#FluidDynamics
Join us on Nov 22 at the APS DFD Meeting (Houston, TX) for a special tribute: the Andreas Acrivos Memorial Symposium & Bud Homsy Memorial Symposium.
Celebrate the legacies of two giants who shaped modern fluid dynamics.
https://t.co/S2L8EHDG7F