Just had an amazing experience at the Lindau Nobel Laureate Meeting for Physics #LINO24!
The atmosphere was electric with scientific excitement, diverse and inclusive, and the open-mindedness of organizers and laureates was remarkable.
Thank you @lindaunobel and @MPI_Light
Online now! Estimation of the mass density of biological matter from refractive index measurements.
Conrad Möckel, Timon Beck, Sara Kaliman, Shada Abuhattum, Kyoohyun Kim, Julia Kolb, Daniel Wehner, Vasily Zaburdaev, and Jochen Guck. https://t.co/71cTEiQMIk
I heard one of the best and entertaining defence talks today. All people interested in how monocyte-derived macrophages are regulated in their immune response by environmental mechanical properties should have a look at: https://t.co/DEDXhaDLty
Gestern waren gleich zwei Fernsehteams bei uns, um das Team von @GuckLab zu interviewen! In ihrem neuesten Paper geht es um die Veränderung von Blutzellen während und nach einer Infektion mit SARS-CoV-2. Der Beitrag von @BR_Franken: https://t.co/Qjdnx8LGth
Mark your calendars: our #PhysicsAndMedicine symposium series continues next Tue, 27. 4 at 3 pm (CET) with an exciting line-up of speakers:
Guilleaume Charras @G_Charras
Xavier Trepat @XavierTrepat
Margaret Gardel @squishycell1
More info: https://t.co/FwqrkAPq98
@MPZ_PhysMed
These are the proudest moments of a PhD supervisor - when your student receives a prestigious award just before striking out on an academic career on their own. 🤓🎉🍻 Congrats Maik! And good luck in Japan @BIOTEC_TUD@MPI_Light@tudresden_de@dresden_forscht@stadt_dresden
Wooohooo! I can't believe my first last-author paper is now published in Advanced Science! It feels so unreal! Thanks to the team:
@KraterMartin@ShadaHattum@SoteriouDespina Angela Jacobi Thomas Krüger @GuckLab
https://t.co/HWnYG1Y7Yf
PyBox = Python in a .zip file! PyBox allows you to run Python code without having to install Python. That should alleviate sharing your code, especially to non-programmers.
https://t.co/KKugeexuHj
Our latest article in @softmatter 2021 Emerging Investigators collection describes how 3D mechanical confinement influences intracellular mass density and cell mechanics. Great collaboration with @GuckLab@TaubenbergerL@KyoohyunK @BM_MPICI @MPICI_Potsdam. https://t.co/ISMALm1k7F
Already next week (Thu, 19th Nov, 7pm CET), we are hosting Clementine Chambon #WomenInTech, co-founder and CTO of #Oorja - a #socent that aims to provide #cleanenergy access in rural #India , in our meetup!!
join us here to hear about her journey 👇https://t.co/PAYYjYIb0c
Check out our latest paper. Not only is the nucleus less dense than the cytoplasm. It is robustly so during the cell cycle, when disrupting the cytoskeleton, and even when perturbing chromatin compaction. Great work by @KyoohyunK@MPI_Light@MPZ_PhysMed https://t.co/tIT2cspK70