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Saverio Spagnolie

@SaverioIV

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The other place really is a lot nicer. https://t.co/ovYDzehVwP

Madison, WI
Joined November 2016
Don't wanna be here? Send us removal request.
@SaverioIV
Saverio Spagnolie
3 years
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@SaverioIV
Saverio Spagnolie
4 months
Out today in Phys. Rev. Fluids, "Arrested development and traveling waves of active suspensions in nematic liquid crystals". https://t.co/UvnTGWyfFD I wrote a 'Bluetorial' about it here: https://t.co/6jdcw6EZdU
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@SaverioIV
Saverio Spagnolie
5 months
Out today in PRR, we asked "how does an active nematic respond to a deformable body or boundary?" https://t.co/v3I8LIX6ci I wrote a "Bluetorial" about it here: https://t.co/Wd7Hwmr3J8
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@SaverioIV
Saverio Spagnolie
1 year
To join a fast-growing fluid dynamics and soft/active matter community in bluer pastures... https://t.co/vueTIE4Y27
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@SaverioIV
Saverio Spagnolie
1 year
To join a fast-growing fluid dynamics and soft/active matter community in bluer pastures... https://t.co/vueTIE4Y27
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@SaverioIV
Saverio Spagnolie
1 year
More details over on Science Twitter.
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@SaverioIV
Saverio Spagnolie
1 year
Students at UW-Madison are waiting for an hour and a half to vote early today. They aren't messing around.
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@SaverioIV
Saverio Spagnolie
1 year
More movies here: https://t.co/aUBTSDWHCL Perhaps I will put a 'Bluetorial' together somewhere.
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@SaverioIV
Saverio Spagnolie
1 year
The bend instability in active suspensions pairs off against bending resistance in LCs, in work posted today with Jingyi Li and Laurel Ohm. Come for the arrested development bifurcation, stay for the traveling waves and periodic 'thrashing' mode! https://t.co/yQXq2SKG8H
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@SaverioIV
Saverio Spagnolie
1 year
Fresh on the arXiv today, with the illustrious @TGJChandler: "Active nematic response to a deformable body or boundary: elastic deformations and anchoring-induced flow." 🧪⚛️ https://t.co/CGakhp7zgC https://t.co/bFrAJvlfYE
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@gelfring
Gwynn Elfring
1 year
Sébastien Michelin and I would like to advertise the immediate opening of a PhD position at LadHyX (École Polytechnique, France) in joint supervision with UBC (Canada).
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@joebyer
𝖓𝖚𝖑𝖑 𝖛01𝖉 𝖓𝖚𝖑𝖑 𝖛01𝖉 𝖓𝖚𝖑𝖑
1 year
To celebrate the 2nd printing of Vijayanagara by @gmtgames check out my unboxing video to see what you’re missing by NOT getting in on the P500 order! https://t.co/mBgYJ7sYOf
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@SergPang
SPang
1 year
Ayer a la la tarde cayó partida a #Vijayanagara de la serie ICS de @gmtgames Mucha interacción, mecánicas de un COIN pero todo más accesible, partida muy divertida que nos dejó con ganas de repetir @BGGasteiz
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@mk20336
TheBoardgamesChronicle
1 year
Vijayanagara, one of the titles from @gmtgames, proves to be a perfect combination of theme, streamlined COIN mechanics as well as great quality components production. Enjoy my first impressions about this position! https://t.co/MupDQfUFE7 @SaverioIV @MathieuTheGrey @WojennikTV
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theboardgameschronicle.com
During one of our local boardgames conventions I had a pleasure to play with Maciej and Michel one of the titles from GMT’s Irregular Conflicts Series (IRC), namely Vijayanagara: The Deccan E…
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@SaverioIV
Saverio Spagnolie
1 year
Thank you to the Trader Joe's 'Fearless Flyer' for introducing me to the reciprocal Fibonacci constant.
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@SaverioIV
Saverio Spagnolie
1 year
Extraordinary work. My favorite paper of the year so far.
@RicardAlert
Ricard Alert Zenón
1 year
👉What do active fluids have to do with Chartres cathedral? We discovered that active turbulence can produce arrested labyrinthine patterns with mathematical properties like those of the labyrinth in Chartres! With Ido Lavi, @JFJoanny & @CasademuntGroup https://t.co/8fJiKWvr2t
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@TheSquishyLab
Datta Lab
1 year
Thrilled to see this work out in @PNASNews at https://t.co/ZNk9iu4I3r! If you like: complex fluid dynamics, 💧 polymer rheology, 🍝 chaotic mixing, 🌪️ porous media flows, 🧽 and/or chemical reaction kinetics, 🧪 please check out the paper and tweetorial below! ⬇️
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pnas.org
Turbulent flows have been used for millennia to mix solutes; a familiar example is stirring cream into coffee. However, many energy, environmental,...
@TheSquishyLab
Datta Lab
2 years
Excited to release our latest work, led by @CBrowneSciClown: https://t.co/5KA62kERbG! Here, we introduce a simple, robust, versatile, & predictive way to mix fluids in porous media—where slow diffusion in laminar flows typically limits mixing. 🌪️💧 Tweetorial follows... [1/6]
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@deniswirtz
Denis Wirtz
1 year
We celebrate the holiday...by providing you with an updated comprehensive list of POSTDOC fellowships. For each of the 312 entries, we provide a description to of the fellowship, deadline, $ amount, and eligibility criteria. Good luck! Download it here: https://t.co/EbTahdzJ9X
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@HeavyCardboard
Heavy Cardboard
1 year
Game day has been a blast here at #HCHQ. Vijayanagara, The Gallerist, Marrakesh (not pictured), & Bus! What are you doing/playing today?
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@gelfring
Gwynn Elfring
1 year
Densitaxis! https://t.co/4d1nPt6XVp Delighted to see @Vaseem_S0's work finally in print @PNASNews. I'll try to explain the story behind this work in a 🧵 below... [1/18]
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@SaverioIV
Saverio Spagnolie
1 year
Some are asking what is new about this work, having seen this elsewhere. There is a wide gulf between feeling like you understand something, and being able to describe/predict it accurately! We've still only scratched the surface, I'd say. More here: https://t.co/oHHkpUrZiw.
@NaturePortfolio
Nature Portfolio
1 year
A study in @NatureComms uses raisins and 3D-printed bodies in carbonated water and finds that the motion of the solid object is influenced by the accumulation and release of bubbles as they reach the surface. https://t.co/GnV3MdFqRK
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