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This year's APS Division of Fluid Dynamics Gallery of Fluid Motion submissions are now online gfm.aps.org! I can watch this all day: youtube.com/watch?v=_eS-Id…

The latest edition of APS Division of Fluid Dynamics's annual Gallery of Fluid Motion is now live! Check them @ go.aps.org/3Z1wBsP Let's also remind ourselves of the winners from last year. Editorial: go.aps.org/3V5EdJs Papers of last year's winners: go.aps.org/3JI5EmG

Love science and art? You’ll want to stop by “Spiraling Upwards,” APS Division of Fluid Dynamics’s traveling exhibition of the Gallery of Fluid Motion. It delves into #FluidDynamics and Da Vinci’s fascination with flight. Open through Jan. 31 at The Leonardo. Learn more:

Welcome to the first day of #APSDFD 2024! Today begins with the first scientific sessions and ends with the Welcome Reception! 🎉 Make sure to check out the new pilot session DFD-Interact today to see presentations from top physicists with outstanding abstracts! 🌊

#APSDFD2024 is about to start and 1st talk from the group is by Lyes Kahouadji talking about T-Junction #Microfluidics. A join work with ThAMeS@UCL: The Advanced Multiphase Systems UCL Chemical Engineering Imperial ChemEng PREMIERE - UKRI-funded Research Programme American Physical Society APS Division of Fluid Dynamics

🌀 Spiraling Upward, the 2nd Traveling Gallery of Fluid Motion, is free on Monday, Nov. 25 for all APS DFD Meeting attendees—just show your badge! No registration required for general entry. 📍 Location: The Leonardo Museum

Fresh off the press Nature Communications, our work on wing deployment in Drosophila 🪰: nature.com/articles/s4146… Work by: @HadjajeS, Ignacio Andrade-Silva, Marie-Julie Dalbe and Raphaël Clément

Showcase your #softmatter #science at APS Global Physics Summit 2025! 🤩Indicate your intent to submit a Gallery of Soft Matter poster or video here before Jan 10, 2025: forms.gle/jFUeD1Qgzwu9iS… (Final submissions due in Feb!)

Researchers have devised a simplified description of the mechanical properties of intertwined materials. The work could have implications for the development of a wide variety of materials, from conventional clothing to smart textiles and soft robotics. go.aps.org/3BBcmub

Our paper on multi-DOF origami metamaterials has been published in Physical Review Research Imada and Tachi "Maxwell origami tube." doi.org/10.1103/PhysRe…

Explore human-AI interactions in virtual reality at The Leonardo in Salt Lake City, UT. It’s part of “Spiraling Upwards,” the traveling exhibit organized by APS Division of Fluid Dynamics. The exhibit closes Jan. 31: go.aps.org/3OPCTa9 📷 Hyun Cho

Using propulsion systems like bows and spearthrowers, researchers have found that flexible, weighted-tip projectiles that wobble when thrown can achieve a kinetic energy gain of 160% over rigid ones. Read the paper in Physical Review E: go.aps.org/4hcv9vv

Advertisement for an advanced course in Udine, Italy 🇮🇹 this summer ☀️. Learn about mechanics for the fabrication and programming of soft robots 🦑. cism.it/en/activities/… organized along with Joel Marthelot

Our work is now out in PRL (doi.org/10.1103/PhysRe…) Haoyu Liu Physical Review Letters APS Division of Fluid Dynamics APS DSOFT Yale Engineering Yale University

Our article on the junction of slender objects under tension has just been published ESPCI Paris - PSL! We discuss a cool phenomenon found in numerous systems, from kirigamis, kuttsukigami, and inflatables to more traditional tearing and peeling pnas.org/doi/10.1073/pn…

Augmented snap-through instability of folded strips, Tom Marzin, Barath Venkateswaran, Thomas Baroux, and P.-T. Brun #Materials go.aps.org/3DN0RRO

Critical-like behavior in foam dynamics: Transition from slip to scraping, Masaya Endo and Rei Kurita #SoftMatter go.aps.org/4iUdw4H

Are you interested in a postdoc in fluid mechanics/ 3d printing/ soft robotics/ active matter... This call might be for you …sklodowska-curie-actions.ec.europa.eu/actions/postdo… Reach out if interested, I am now in Belgium KU Leuven

Inspired by biological growth, scientists have developed a 3D printing method that ''grows'' objects from liquid resin using a self-propelling chemical reaction. This approach enables the creation of beautiful, complex shapes like this helical horn. 👉 ow.ly/IzkX50VXVch