Sasha Ardaševa (@sash_ardash) 's Twitter Profile
Sasha Ardaševa

@sash_ardash

MSCA Postdoc Fellow @ Active Intelligent Matter Lab, Niels Bohr Institute. Interested in cell-environment interactions. Previously: DPhil @OxUniMaths.

ID: 1135844094461337600

calendar_today04-06-2019 09:41:49

36 Tweet

133 Takipçi

110 Takip Edilen

Andrew Krause (@blindmath) 's Twitter Profile Photo

Ever wanted an interactive lightning-fast solver for models in physics, chemistry, or biology? Do you have a web browser? I'm thrilled to announce VIsualPDE.com, built explicitly to solve PDE models interactively on most devices, written by Benjamin Walker Adam Townsend and I.

VisualPDE (@visualpde) 's Twitter Profile Photo

Can Turing patterns be spooky? Absolutely. Try out this one for yourself on our super-secret test site canary.visualpde.com/sim/?preset=Ja… #halloween #spooky

soft/living matter fanclub (@softlivmat_fc) 's Twitter Profile Photo

L. Bonn, A. Ardaševa, A. Doostmohammadi, Elasticity tunes mechanical stress localization around active topological defects. Soft Matter (2023). dx.doi.org/10.1039/D3SM01…

soft/living matter fanclub (@softlivmat_fc) 's Twitter Profile Photo

L. Bonn, A. Ardaševa, A. Doostmohammadi, Elasticity tunes mechanical stress localization around active topological defects. arXiv [cond-mat.soft] (2023). arxiv.org/abs/2312.04309

IntCha24 (@intcha24) 's Twitter Profile Photo

IntCha in non-equilibrium physics: from soft to active and biological matter! Physicists, biologists, chemists and all: find the great list of speakers on our website: pks.mpg.de/intcha24 and submit a poster! Young researchers especially welcome! 22-26/04 in Dresden@MPIPKS!

IntCha in non-equilibrium physics: from soft to active and biological matter! 
Physicists, biologists, chemists and all: find the great list of speakers on our website: pks.mpg.de/intcha24 and submit a poster! Young researchers especially welcome!
22-26/04 in Dresden@MPIPKS!
IntCha24 (@intcha24) 's Twitter Profile Photo

Our scientific program is online: pks.mpg.de/intcha24/scien… Introducing a new speaker Alexandra Colin - and we will be joined by PRX Life and PRL editors Agnese Curatolo and Elena Sesé Sansa! Packed but great program, including a hike in the mountains 🚶‍♀️🚶 See you in Dresden @ MPI PKS

Oxford Mathematics (@oxunimaths) 's Twitter Profile Photo

You know how it is, you study one topic in maths (or other subjects for that matter) and then move on to something completely different and unconnected. But then later... You can watch Philip Maini's full student lecture on Fourier Series. youtube.com/watch?v=Uwzl3N…

IntCha24 (@intcha24) 's Twitter Profile Photo

Full day: functionalizes colloids and active matter with Pepjin Moerman, Clare Rees-Zimmerman, @SRomanResearch, Aleksandra Ardaseva, Louise Head and Giuseppe Negro

Oxford Mathematics (@oxunimaths) 's Twitter Profile Photo

One thing you can guarantee about social media is that if you want 20 million views of your films, don't put up clips from student maths lectures. Unless the lecturer is Philip Maini. He's back with 3 lectures on Mathematical Biology. 40 million? No 1: youtu.be/Kvu1ZiD_nNI

Sushil Dubey (@dubey837) 's Twitter Profile Photo

1. How do biomechanics shape muscle growth💪? Our new study (Mechanical stresses govern myoblast fusion and myotube growth) dives into the role of mechanical stresses in myogenesis. We explored the biophysics behind muscle formation! 🧵👇 biorxiv.org/content/10.110…

Nature Physics (@naturephysics) 's Twitter Profile Photo

Tissues eliminate unwanted cells through cell extrusion, but the factors determining whether these extuded cells live or die are not fully understood. Now force transmission across adherens junctions is shown to have a role in shaping their fate. nature.com/articles/s4156…

Sasha Ardaševa (@sash_ardash) 's Twitter Profile Photo

excited to share our newest paper on quadrupolar active stresses in active nematics, together with I. Velez-Ceron, F. Sagues and J. Ignes-Mullol: journals.aps.org/prl/abstract/1…

Physical Review Letters (@physrevlett) 's Twitter Profile Photo

Beyond dipolar activity: Quadrupolar stress drives collapse of nematic order on frictional substrates #CoolVideo #biology go.aps.org/3QB9AZP