New research in Nature Physics led by Flatiron Institute scientists reveals the source of the mysterious swirling flows in some of nature’s largest cells. #FlatironCCB #biology simonsfoundation.org/2024/04/17/res….

A growing cell colony can develop concentric wavelike patterns in cell size due to purely mechanical processes such as the inevitable collisions between cells go.aps.org/3YkGDpM

“It’s important to figure out how the process is naturally regulated, as well as how to control it.” – Flatiron Institute biologist Scott Weady on the importance of understanding cell proliferation. New research has discovered how dividing cells adapt to crowded environments by

Introducing The Well: 15TB of standardized scientific simulation datasets compiled from various domains — a big step forward for the sciML community. Glad to be a small part of this big effort. #NeurIPS2024

🧵 Could this be the ImageNet moment for scientific AI? Today with PolymathicAI and others we're releasing two massive datasets that span dozens of fields - from bacterial growth to supernova! We want this to enable multi-disciplinary foundation model research.

Inferring local dominant mechanisms in active matter systems !!!

Finally out! An analytical method for deriving diffusion coefficients of bacteria in disordered media, by compressing the dynamics to “surface states.” pnas.org/doi/10.1073/pn…

Mark your calendars!! 🗓️ The third Young Biophysicists Meeting will be held on the coming Monday (May 5th) from 11am - 12pm EST. We have four exciting talks lined up for you, see you all soon! Find out more : shorturl.at/4oKNe

🚀Excellent follow-up by Stephen extending Probability Flow Inference to account for cell proliferation. SOTA performance on time-resolved scRNA-seq to infer transcriptional flow dynamics. In short: inverting the Fokker-Planck in 10–20D with cell growth @ arxiv.org/pdf/2505.13197

⚡️Advanced Computing ❤️ laboratory experiments ➡️ an unbeatable combination to unlock the secrets of biology! Together with the Brand lab CRTD we Center for Systems Biology Dresden discovered a simple mechanism how tissue geometry controls growth: journals.biologists.com/dev/article/15…