Max Huisman

Postdoc @UniLeiden studying dynamics of moving protein condensates, previously PhD student studying evaporation of polymer solutions @EdinburghUni

[Max Huisman @HuismanMax1]

Really excited to see our work published in Physical Review Letters this week! Read the paper here 👇🏻👇🏻

[Physical Review Letters @PhysRevLett]

Confirming theoretical predictions, the evaporation rate of a polymer solution (like paint) is experimentally shown to be insensitive to relative humidity up to 80%
Letter: https://t.co/ZcVBRQldKR
Focus: https://t.co/yKDEkKfM5j

[Arnold Mathijssen @AJTM_M]

https://t.co/7S1ZWr41AT

[Max Huisman @HuismanMax1]

Glad to see work from my MSc thesis (finally!) published in @softmatter. We investigated the microstructural evolution a colloid monolayer during fracturing, which leads to pretty pictures like these! Full article available at https://t.co/GTab2z8Uad

[Daniela Kraft @DanielaJKraft]

@ali_azadbakht 's beautiful work on #ManyBodyEffects in membrane-mediated interactions is now out in @acsnano and featured on the cover! Great collaboration with Thomas Weikl. The video below shows how #colloids (green) order due to the membrane deformations they induce.

[Davide Michieletto @Dmichiel1]

💦 Topological water!?!?🪢
💦🪢💦🪢💦🪢💦🪢💦🪢

Never imagined contributing to the research on water..

Always watched it from afar.. wondering what it was all about.

But water is cool, and linked!
https://t.co/byfuu5CQuh

🙌 to @gtzyair
🫶 to @fausto_martelli

[Max Huisman @HuismanMax1]

Stoked to finally share this work on fracturing ⚡️

https://t.co/SOHwMfqzAt

We study crack propagation in glassy systems, like your smartphone screen when you drop it 📱, and use machine learning to better understand the fracturing process.

[APS Division of Fluid Dynamics @apsfluiddynamic]

#student_spotlight
Read about Louise Head’s work on computational soft matter physics with Tyler Shendruk and Davide Marenduzzo at @EdinburghUni .
After her PhD, she’ll join Dan Beller’s lab @BellerPhysics at JHU for her postdoc to study liquid crystals and active fluids.
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[Filippo Conforto @fconforto1]

Hey everyone! I’m excited to finally share the result of our research on the effect of intrachain loop extrusion in entangled systems, now in https://t.co/KN25bWKgAi.

A thread

[soft/living matter fanclub @softlivmat_fc]

L. C. Head, et al., Spontaneous self-constraint in active nematic flows. Nat. Phys., 1–9 (2024). https://t.co/Z7Uo4EllT2

[Davide Michieletto @Dmichiel1]

😍So chuffed that our paper made the cover of @softmatter! Huge thanks to @BradKrajina for the awesome illustration! 👀🪢
Read more here
https://t.co/hTi444QJ7O

[Physics Magazine @PhysicsMagazine]

Paint doesn’t dry any faster on a dry day than on a wet day. @critreflektor @Prof_WilsonPoon @MaxHuisman_SMP and Paul Digard @EdinburghUni have verified why. https://t.co/L8a7sHK9Nu

[Physics Astro @ Edin @PhysAstroEd]

Congratulations to Professor Alexander Morozov who has received the 2023 Annual Award from @BritSocRheology for his work on linear and nonlinear instabilities of elastic and viscoelastic fluids.

➡️https://t.co/kU6x7aiKTw

#rheology

[Max Huisman @HuismanMax1]

New preprint! 👇👇

https://t.co/0XxMnfkFNw

We show and explain the pervasive nature of diffusion-limited evaporation in polymer solutions through theory and computer simulations, as well as extensions to more complex systems.

[Max Huisman @HuismanMax1]

Excited to have been awarded a Best Poster award at #ISMC2023!

Want a sneak preview of the work on humidity insensitive evaporation? Check out our paper on arXiv: https://t.co/fwcEPUy9T6

[ISMC2023 @ismc2023]

Day 5🇯🇵 Last day.

Thank you for participating in ISMC2023. See you next time✈️

#ISMC2023 #ソフトマター国際会議
#グランキューブ大阪