Thermally driven turbulent flows are omnipresent in nature and technology. A good understanding of the physical principles is key to extrapolate to the strongly driven regime: Ultimate turbulence. Here is our recent Reviews of Modern Physics: journals.aps.org/rmp/abstract/1…

Enjoyed a fantastic seminar by Colm-cille Caulfield (Cambridge University; Journal of Fluid Mechanics) hosted by @Poftwente. He highlighted the importance of understanding stably stratified flows in geophysical systems like the atmosphere, lakes, and oceans—key to understanding climate dynamics.

🎉 Congratulations to Dwight Barkley (University of Warwick, Eric Lauga (DAMTP, Cambridge University), and John Tsamopoulos (University of Patras) on being named #EuromechFellows! 🏆 This honor was presented at the 1st European #FluidDynamics Conference (#EFDC1). #FluidMechanics PhD Voice - Independently Run PostdocVoice

It is always fun to review for Journal of Fluid Mechanics–the journal that always strives for excellence in fluid dynamics. It is a great pleasure to be a part of this culture. Truly honored to be a part of this. ❤️ Congratulations to all fellow reviewers! Physics of Fluids @ UTwente #ScienceCommunity

When a coating on a surface is allowed to flow as it cures, an interplay of order and disorder driven by the Rayleigh-Taylor instability results in structures similar to some found in natural deposition processes Letter: go.aps.org/3UGmw39 Synopsis: go.aps.org/3UGiwzP

I Enjoyed the talk by Keith Moffatt (Cambridge University, DAMTP), 2018 Fluid Dynamics Prize winner & George Batchelor’s PhD student, at @PoFTwente. Fascinating insights on: 1️⃣ Batchelor sleeve problem (low to high Re) 2️⃣ Spiral wind-up of vortex sheets. PostdocVoice PhD Voice - Independently Run

When approaching a bubble or droplet, a solidifying front of water ice behaves differently than when interacting with solid particles go.aps.org/3Oiamtw

The properties of reaction-diffusion waves can be controlled by fluid stretching and compression in a hyperbolic flow go.aps.org/4i1Z0HI

Looking forward to present our work on Rolling Splash at the #apsdfd2024 #SaltLakeCity . Come over to my talk or have a look to the #gfm poster :)

Experiment or numerical simulation? 😊 Find out on Monday at 08.52 am in Session L08: Drops: Coalescence at #APSDFD2024 Rolling Splash - Lyes Kahouadji LISN Special thanks to Chris Juric! 👍🙌🙏

Excited to release our latest work, led by Alejandro Martínez Calvo: arxiv.org/abs/2411.14636! Here, we characterize the rich dynamics of surface-attached "active drops", and develop principles to predict & control their shape and motion (morphodynamics). 💧🦠 Tweetorial follows... [1/6]

Genuary 3 - "Exactly 42 lines of code" #genuary3 #genuary #genuary2025 42 lines of code, and "CODE" written on 42 lines…

Join me on Jan 30 (4 PM CST) at Fluids, Interfaces & Transport Laboratory @ UIUC for my seminar on how polymeric liquids can be the “Drosophila” of unsteady continuum mechanics—how polymers reshape free-surface instabilities (drops, bubbles, jets). Abstract: tinyurl.com/23dnlup9 Please DM/email me for details

I'm thrilled to have recently joined the Physical Review Fluids team as an Early Career Board Member! I'll be one of the faces behind the journal's X account 💬📱!

📢 in Journal of Fluid Mechanics (bit.ly/3QuxMgE) on how viscosity alters drop-impact forces. With Bin Zhang, Cunjing Lv, & Detlef Lohse. The first and second force peaks emerge from distinct flow mechanisms—one at impact, another at take-off. Physics of Fluids @ UTwente bit.ly/4gUvD8P

You might expect active matter to become more active if you fire it up. Here the opposite happens! - Prashanth Ramesh has frozen his microswimmers by heating and will tell you all about it here: doi.org/10.1002/adma.2…

An exciting PhD opportunity to advance the future of medicines manufacturing through #MachineLearning, #ComputationalFluidDynamics, and #Crystallisation. 🗓️ Deadline: 10th April 202 More info in the post below 👇 #Heathcare #Pharma #AI

Absolutely thrilled that Dennis Gaitsgory from the Max Planck Institute for Mathematics in Bonn has won the 2025 Breakthrough in #Mathematics for his central role in the proof of the geometric #Langlands conjecture! Congratulations - such a well-deserved recognition!🏆🥳

The response of an elastic shell made of a nonlinear material when indented by a point source yields scaling exponents useful for modeling the mechanical properties of biological samples such as cysts #biophysics go.aps.org/4jDil1J

Amazing to have Detlef Lohse with us at Imperial ChemEng 🙌 Detlef will be talking to us about melting and tipping #Glacial #melting, #ocean currents #ClimateChange Grantham Institute Imperial Imperial College London Physics of Fluids @ UTwente Matar Fluids Group