Congrats!! I tried following the paper to make cacio e pepe and it was indeed much better!

🚀The Scalable MetaStructures Laboratory at Cornell University is hiring!

📅Preferred start: Spring or Fall 2026
📌Deadline for official Cornell application: November 1, 2025

📎Application details at Fani Derveni’s LinkedIn: link post in the comments

Thank you!

🟠 Squishy solids are simulated using the reference map technique.
🌊 Fluids are simulated using the lattice Boltzmann method.
🟪 FSI is smoothly coupled on one computational grid.
🙏 This project took many years to complete. Thank you to my advisor Chris Rycroft for your guidance and support! (3/3)

🆕 Our lattice Boltzmann reference map technique (LBRMT) introduces a new way to couple moving deformable solids of different densities with LB fluids—using one grid to run them all. It can simulate rotating, settling/floating, actuating with applications in complex suspensions & active matter. (2/3)

🎉 Happy to share that my longest Ph.D. project, “A fully-integrated lattice Boltzmann method for fluid–structure interaction”, is online! We develop a fully Eulerian method to simulate many squishy solids in fluids. (1/3)
📑 Paper: authors.elsevier.com/c/1kWjb508I1-63
👩🏻‍💻 Code: github.com/yue-sun/lbrmt

Our paper on our 2023 GFM video "The hydrodynamics of marbling art" is online! Watch the fluid dynamics in motion in the video linked in the paper. And thanks to my collaborators John Bush, @sespagnolie.bsky.social, and Chris Rycroft!
doi.org/10.1103/Phys...

📣 Check out our latest paper on how textile hinges enable mechanism-like behaviors in large kirigami, providing a scalable platform for kinematic-based shape-morphing designs (even 3D).

📜 Paper: doi.org/10.1002/adfm... (no paywall arxiv.org/abs/2408.16059)
👨‍💻 Repository: github.com/bertoldi-col...