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I published my first article ! Go check it out journals.aps.org/prfluids/abstr… Physical Review Fluids Université de Liège Nicolas Vandewalle @marca_be

Quand les chercheurs imitent la nature pour mieux comprendre des phénomènes naturels. theconversation.com/images-de-scie…

Les inscriptions au MOOC physique de l'ULiège sont ouvertes !!! Intéressé.e ? --> Inscris-toi sur fun-mooc.fr fun-mooc.fr/courses/course… #MOOCPhysiqueULiege #MOOC #physique #ULiege

What influences can a dry or liquid substrate have on the dynamics and shape of a #bubble immersed in an electric field? An issue that has been addressed by researchers at the Université de Liège #GRASP Lab. Sébastien Mawet @rvcaps @marca_be F.R.S.-FNRS 💦 grasp.uliege.be

PRFluids Editors' Suggestion: What can tiny water droplets dripping down wet hairs teach us about microfluidics or fog harvesting? Learn more in the new paper by Nicolas Vandewalle and co. on the dynamics of droplets sliding down single or multiple fibers. @ go.aps.org/3M8jjVN

🔬 New findings from our study in Physical Review Fluids: A droplet moves more slowly on a single vertical fiber than on two joined fibers! Check out the side-by-side comparison in the photos below - taken at the same time intervals. Fascinating! 📸 Université de Liège Joséphine Van Hulle

How fast does a #droplet flow along a fibre? It depends on the diameter of the fibre... and also on its substructure! 💧A study published in Physical Review Fluids led by researchers from Université de Liège #GRASP Lab💦Nicolas Vandewalle Joséphine Van Hulle ULB ComRecherche grasp.uliege.be/cms/c_11988945…

The race of water droplets on fibers youtu.be/Dq9rHr__IdQ?si…

Final lecture in thermodynamics: students are doing spectacular experiments. Fire tornados, liquid nitrogen, … ⁦Université de Liège⁩

These shrimp use the lotus effect, or the ultrahydrophobicity of lotus' leaves in combination to surface tension, to get back into the water

Reflecting on another great year of fluids research. In our 2023 #YearInReview, we celebrate groundbreaking research, stellar collaborations, and the unwavering passion of our community. #fluiddynamics Music from #Uppbeat: uppbeat.io/t/simon-folwar…, License code: WLRGGETAMHAH3VSP

My PhD student Josephine presenting her results about droplet spreading and transport on specific structures! ⁦Université de Liège⁩ RNL conference in Paris

Fantastic paper from our colleagues from Oslo. Twisted fibers enable drop flow control and enhance fog capture | PNAS pnas.org/doi/10.1073/pn…

Today, our lab ⁦Université de Liège⁩ made an apparition at the Belgian TV ⁦RTBF⁩ « Grandeur Nature » document by ⁦Adrien Joveneau⁩ explaining #biomimetism. Thank you for this nice opportunity. Thanks to Adrien, Matteo and ⁦Joséphine Van Hulle⁩

This is the link : auvio.rtbf.be/emission/grand…

PhD thesis: check! 🎓✅ 6 incredible years at Université de Liège: conducting research, teaching physics, and growing thanks to the guidance of Nicolas Vandewalle. 🌵💧 Excited for what the future holds! 🚀 #Thesis #Phd #Physics

Thank you for welcoming me and taking the time to show me your lab and current works 🤗 Very interesting ! 🔬🤩

0/ 🚨 New paper alert in Physical Review E by Université de Liège and #GRASP ! link.aps.org/doi/10.1103/Ph…

💧Ever seen a droplet do pole dancing? Our study reveals how asymmetrical droplets "dance" along twisted fibers! 🌪️By adjusting fiber twists we control droplet speeds✨ 👉 Check it out pubs.acs.org/doi/10.1021/ac… Nicolas Vandewalle Matteo Leonard Université de Liège