Active nematic pumps. Microfluidic pumping driven by molecular motors! arxiv.org/html/2407.0996…

We're trying to build a better community for 💡dynamical systems *for* machine learning. training, info propagation thru overparametrized model, game, experiment design... all dynamical! If you are interested, love to hear! Happy to talk at ICML too. Retweet/Like appreciated

Last week The Fields Institute in Toronto, I talked about my work on forecasting chaotic systems youtube.com/watch?v=xvfdob…

🌊 Dive into our latest research published in [email protected] ! See how these freshwater leeches ingeniously use their bodies to entrap fast-escaping blackworms in a spiral embrace. 🌀🐛 Check out our findings and watch the mesmerizing tactics in action! Saad Bhamla

I'm incredibly proud to share NeuralGCM, our new AI and physics based approach to weather and climate modeling with state-of-the-art accuracy, published today in nature: nature.com/articles/s4158…

Check out new work by Cal journals.aps.org/prresearch/abs…

Our latest work is now out in Nature Physics rdcu.be/dPjs5 Learn all about the bizarre world of ciliary flames (below), ciliary carpets, and what they can teach us about designing microfluidic pumps. Thanks team & collabs! Feng Ling PioneerCampus @HelmholtzMunich Dr. Kakani Katija

Seizures are unpredictable but don’t occur completely randomly. Here together with Arian Ashourvan we reconstruct the cyclical patterns that drive seizure risk, based on epileptiform activity recorded in individual patients over several months and years. biorxiv.org/content/10.110…

interesting 🤔 arxiv.org/abs/2408.00160

Bauer and Gilet study how the shape of substrate edges affects droplet ejection during drop impacts, showing that star-shaped edges lead to asymmetric rim expansion, resulting in larger, faster droplets ejected preferentially in certain directions! go.aps.org/3WUx0xh

New #preprint: "Mechanics of poking a cyst" at arxiv.org/abs/2408.03716 - the first paper from the #PhD work of shiheng zhao. Solid mechanics in every sense of the word (I hope)! MPI-PKS Dresden MPI-CBG Dresden Center for Systems Biology Dresden

Our work by Brendan Harris (w Leo Gollo) on tracking the distance to criticality in noisy systems is now out in Physical Review X 🙂 (includes an application tracking criticality across the mouse visual hierarchy) doi.org/10.1103/PhysRe… Code details: time-series-features.gitbook.io/time-series-an…

Our latest work out in Physical Review X, with Orit Peleg + Chantal Nguyen 🥳 We find that circumnutations, inherent movements of plants, provide random perturbations crucial for optimal self-organization of crowded sunflowers, minimizing mutual shading☘️ link.aps.org/doi/10.1103/Ph…

Thrilled to share successful PhD defense for Dr. Pranav Vyas Pranav Vyas . An amazing set of science stories woven together. It's been a true joy to go on an exploration with this budding naturalists (biophysicist). For preview of science, see: biorxiv.org/content/10.110…

🎉 It’s the 2-year anniversary of the Wadhwa lab! Perfect time to share our lab’s first preprint. Read on for a surprising new discovery about bacterial motility. biorxiv.org/content/10.110… 1/

Check out a new amazing work by HessLab New vampyrellid's feeding stratege "reminiscent of the pellet casting of owls" DOI: 10.1002/ece3.70191. Love it!

New pre-print in collab with Pace lab. 🪡 Meet Aquavert - an imaging & microfluidics system for vertical swimming of aquatic organisms (e.g., marine larvae) biorxiv.org/content/10.110…

The Soft Tissue Biomechanics Lab has multiple openings, please apply below and/or retweet. 🙏❤️🥳 manuelrausch.com/jobapplications

Interesting study by my colleagues Neurolab-JZ Moberg Lab on how early concussions affect neurodegeneration later in life! Out in eLife - the journal.

“Pursuing beauty: How basic science helps us understand the world” Testing out a new short video format to share what’s hard to write. This is focused on “Why pursue beauty in science, why explore & plunge yourself into the unknown.. m.youtube.com/watch?v=F4HtHP… #BeautyInScience