Emergent Dynamics in Living Systems (@bittihngroup) 's Twitter Profile
Emergent Dynamics in Living Systems

@bittihngroup

Research Group led by Philip Bittihn at MPI for Dynamics and Self-Organization @LivMatPhys @mpids

ID: 1096326490638204928

linkhttp://emergent-dynamics.com calendar_today15-02-2019 08:32:58

81 Tweet

273 Followers

240 Following

Emergent Dynamics in Living Systems (@bittihngroup) 's Twitter Profile Photo

Great collaboration with Yoav G. Pollack and Ramin Golestanian on the effects of passive remnants in growing active matter for cellular competition. Congrats to Yoav! Direct link: iopscience.iop.org/article/10.108…

Emergent Dynamics in Living Systems (@bittihngroup) 's Twitter Profile Photo

Directional growth of elongated particles causes an interesting interplay between alignment and mechanical stresses. JonasIsensee found that active and passive stresses can even completely decouple! Now out in Royal Society Publishing Interface royalsocietypublishing.org/doi/full/10.10…

Directional growth of elongated particles causes an interesting interplay between alignment and mechanical stresses. <a href="/JonasIsensee/">JonasIsensee</a> found that active and passive stresses can even completely decouple! Now out in <a href="/RSocPublishing/">Royal Society Publishing</a> Interface royalsocietypublishing.org/doi/full/10.10…
MPI-DS Göttingen (@mpids) 's Twitter Profile Photo

We just released a new movie highlighting our department "Living Matter Physics". 🎥🎞️ The scientists give insights into their daily research questions and explain how they unravel the secrets of life. Living Matter Physics Ramin Golestanian youtube.com/watch?v=wvjhGa…

We just released a new movie highlighting our department "Living Matter Physics". 🎥🎞️
The scientists give insights into their daily research questions  and explain how they unravel the secrets of life.
<a href="/LivMatPhys/">Living Matter Physics</a> <a href="/RGolestanian/">Ramin Golestanian</a> 

youtube.com/watch?v=wvjhGa…
Ramin Golestanian (@rgolestanian) 's Twitter Profile Photo

We have a number of open PhD positions in Active Matter and Statistical Physics Living Matter Physics [ds.mpg.de/lmp] MPI-DS Göttingen. You can find information on the positions and how to apply at the link below. ds.mpg.de/4019447/job_fu…

Ramin Golestanian (@rgolestanian) 's Twitter Profile Photo

We have a number of open Postdoctoral Researcher positions in Active Matter and Statistical Physics Living Matter Physics [ds.mpg.de/lmp] MPI-DS Göttingen. You can find information on the positions and how to apply at the link below. ds.mpg.de/4019417/job_fu…

Emergent Dynamics in Living Systems (@bittihngroup) 's Twitter Profile Photo

Did you know the Max Planck Society Max Planck Society had an advent calendar? Check it out for glimpses into different fields. This weekend with an image by JonasIsensee from our group. mpg.de/advent-calendar

Ramin Golestanian (@rgolestanian) 's Twitter Profile Photo

Happy 99th birthday to MPI-DS Göttingen. Next year, on 16th July 2025, we will celebrate its 100th anniversary and a long legacy in dynamics and self-organization that started with fluid dynamics and turbulence and branched out to other fields encompassing physics, chemistry, and biology.

Living Matter Physics (@livmatphys) 's Twitter Profile Photo

Living Matter Physics at the foot of Zugspitze: Great science and great hikes at this year’s Living Matter Physics retreat. Many thanks to everyone who contributed and special thanks to Umweltforschungsstation Schneefernerhaus for the very interesting tour!

Living Matter Physics at the foot of Zugspitze: Great science and great hikes at this year’s <a href="/LivMatPhys/">Living Matter Physics</a> retreat. Many thanks to everyone who contributed and special thanks to <a href="/ufs_forschung/">Umweltforschungsstation Schneefernerhaus</a> for the very interesting tour!
Emergent Dynamics in Living Systems (@bittihngroup) 's Twitter Profile Photo

Hot off the press: In a collaboration between Stefan Karpitschka's group and several people from Living Matter Physics, we show how filament motility, reversals at illumination boundaries and filament interactions work together to create emergent structures. Leila Abbaspour Ramin Golestanian MPI-DS Göttingen

MPI-DS Göttingen (@mpids) 's Twitter Profile Photo

Ein Lichtblick 💡 für das Verständnis von Selbstorganisation: Cyanobakterien sind im Kollektiv in der Lage, komplexe Strukturen zu bilden, obwohl sich ein einzelnes Filament nur vorwärts und rückwärs bewegen kann. 🦠🧫 @Cbehav Universität Konstanz 👇 ds.mpg.de/4073141/241112…